archive tax-process theme-making woocommerce-js customize-support

operation type

product format

Privacy Policy

User Agreement

Terms of Service

Default Confirmation

If too long

This form auto replies from Zendesk on submission
on Trigger ID: tbc
https://vekamafsupport.zendesk.com/agent/admin/triggers

Admin Notification

New submission from {form_title}

Messages backup

Notify Teammedia of submission

Submission from Making.com Ad Campaign

Maker - Product Challenge

Products

Technologies

About us

Changemakers

Industrial Purification Systems

Chromatography systems

Short Path Distillers

Wiped film distillers

bb-purepac-mini-3

BB - PurePac Mini

The nearly 5,000 known minerals on earth share some characteristics to be classified as minerals – they are inorganic, solid, naturally occurring elements and have a particular chemical formula and an ordered internal geometric structure. However, minerals are not all the same. One way to divide them is based on their physical characteristics such as hardness, luster, color, and shape. For example, the diamonds we use to make jewelry are very hard minerals while talc is a soft mineral; gold is a shiny mineral while others are less so.

Minerals

We carry dozens of metals around every day. The ubiquitous smartphone is built with no less than 20 metals, each with specific behaviors and purposes. Metals are a pervasive class of materials that have defined entire eras of human development. It is no exaggeration to say that metal processing equipment is the core of our metallic world. But, paradoxically, this manufacturing technology itself is mainly made of metal.

Metal

Detergents are cleaning agents that help remove dirt and grease from porous and non-porous surfaces. Industrial production of detergents began after World War I. Still, it was after the 1950s and 1960s that the detergent industry grew exponentially due in part to the development of new detergent manufacturing equipment.

Detergents

Biopharmaceuticals are drugs in which the active substance is manufactured or extracted from biological origin materials. They are usually produced in bioreactors by plant cells, microbial cells, yeast cultures, or mammalian cells. Also known as biomanufacturing, they are used to either treat or diagnose and prevent a patient’s medical condition or disease. Biopharmaceuticals are typically complex macromolecules administered by injection or infusions, and examples include vaccines, serums, and insulin.

Biopharmaceuticals

Essential oils are known as the liquid gems of nature. The sweet-smelling essences impact not just our senses but also our biochemical and cellular make-up. Besides aromatherapy, the products of an essential oil extraction system found applications in pharmaceuticals and foods.

Essential oil

Energy is constantly changing, but it finds rest in a fuel. Once exposed to heat, though, these natural materials release their captured energy. Every aspect of everyday life – from manufacturing to digital services – is powered by the mastery of this complex conversion from fuel to energy.

Fuel

With the increase in the world population and rising concerns for environmental sustainability, the market for suitable new protein sources is expanding rapidly. Traditional agricultural methods alone can’t deliver sufficient protein to meet the projected food demand over the next decades. Insects provide an alternative source of nutrients. But insect protein does not mean direct insect consumption. Extracting protein and amino acids from farmed insects is more sustainable and efficient. Specialized insect protein processing technology is driving the transformation toward new protein sources.

Insect protein

Cannabinoids are natural compounds obtained from the Cannabis sativa plant. Delta-9-tetrahydrocannabinol or THC is a psychotropic substance. Cannabidiol, or CBD, is non-psychotropic and often used for nutraceutical purposes. Cannabinoid equipment extracts THC and CBD from the plant and prepares the substance for formulations that treat pain, nausea, anxiety, and inflammations. Cannabinoids are processed in various forms, including creams, capsules, and oils.

Cannabinoids

<p class="filterable-grid__description">Liquid dosage forms are designed for easy absorption. The body quickly carries the active ingredients through the system and triggers the required response. But the greatest advantage of this medicinal type is its flexibility in formulation and dispensation. From lotions and syrups to drops and sprays, liquid solutions can be adapted to different administration routes including parenteral, topical, and oral. The fundamental liquid dosage manufacturing process involves dissolving or suspending solutes in a fluid. But that is not enough. A precise blend of excipients is needed to make the medicine go down.</p>

Liquid dosage forms

Ceramics are defined as inorganic and non-metallic materials. Tthey are typically brittle, hard, and elastic as well as resistant to heat and corrosion; in fact, after shaping them into the desired shape, they are heated in an oven called kiln at very high temperatures (1,000 °C to 1,600 °C). Kaolinite and aluminum oxide are the best-known examples of ceramics.

Ceramics

Due to their potential hazardous nature, chemicals are classified for proper identification and safety during production. Chemical classification depends on their properties, structures and functions. In the chemical industry, you can regard them as basic chemicals such as acids, chemical products to produce plastic materials and finished chemicals for use in cosmetology. As a manufacturer or engineer, you want to know their reactivity when using chemical processing equipment.

Chemicals

Ancient civilizations discovered that plant extracts were useful for the treatment of pathologies. The origin of plant extraction cannot be specifically verified, but we can infer that the earliest attempts at plant extraction were more intuitive than scientific. Today, the extraction of compounds is a precise process with plant extraction systems complimenting traditional knowledge.

Plant extracts

Pharmaceutical developments walk side by side with health advances to provide new medicines, treatments, and therapies that have increased life quality and extended life expectancy by years. Pharmaceutical manufacturing equipment helps deliver products to a great deal of the population, but there’s a significant share that doesn’t benefit from them yet. Over 2 billion people cannot get the medicines they need, according to the United Nations Industrial Development Organization, and local production might be a way to provide for these people.

Pharmaceuticals

According to a legend, Cleopatra soaked her sails in her perfume so that Mark Antony could smell her ships before they arrived. This is to say that, from soaps and shampoos to perfumes, conditioners and pomades, cosmetics have always been highly valued and used for their properties of aesthetic enhancement. Cosmetics are a broad class of topical agents applied for various purposes such as cleansing, protecting, beautifying, or otherwise altering your appearance. As a result, a wide array of processing equipment is used in the cosmetics industry.

Cosmetics

Edible oils are fats that you can extract from various plants and animal tissues. The most popular sources are olives and sunflowers. You can use them for different cooking techniques, such as frying, baking, and other methods. Manufacturers are now finding ways to extract oils with a higher natural fat content efficiently using edible oil extraction machines.

Edible Oil

Liquid

Purification is the removal of contaminating substances and by-products to increase the level of purity of the desired substance. Considerations for choosing a suitable purification system in the industry, include the physical state of the mixture, the desired product, required level of purity, the type of mixture, heat sensitivity of the product, number of purification steps needed, and the production volume. Industrial purification systems are used for the production of pure water in the food pharmaceutical and biotech industries.

Continuous

Industrial

Hydrogen electrolysis processes require consistent and high-purity water to ensure efficient hydrogen production. Impurities like dissolved gases and inorganic compounds can hinder performance, making high-quality water supply essential for maintaining operational reliability and achieving optimal output.
<h2>Ensure high-purity water for electrolysers</h2>
The PURENERGY 30 by Elga LabWater is a compact, high-performance water purification system designed specifically for PEM Electrolyser Systems. It accommodates purified water demands of up to 30 liters per hour, providing guaranteed water purity through advanced recirculation and purification technologies. The unit’s compact design, measuring 550mm in width and 460mm in height, allows for wall mounting and includes an optional docking vessel, saving valuable space. The system features near plug-and-play installation with automated monitoring and alarms, ensuring straightforward setup and operation. Elga Veolia's extensive experience in mission-critical environments assures unparalleled reliability, while its EDI technology minimizes environmental impact. The system supports continuous performance for hydrogen generation electrolysers producing up to 30Nm³/h of hydrogen. Additionally, its easy maintenance, based on experience from a global installed base, further enhances operational efficiency.

Water purification system for Pem electrolyser

Complex processes call for continuous tracking and monitoring systems that help you to keep the manufacturing operation under control. The technology analyzes the components in the production phase for divergence in behavior or changes in conditions. Based on advanced software applications, monitoring platforms make sure that your products satisfy the quality criteria while they are being developed.

Monitoring

Purification

liquid

Ensuring high purity water is essential in pharmaceutical manufacturing for quality control and validation. Challenges include meeting stringent regulatory standards and minimizing contamination to ensure product safety and efficacy.
<h2>Maintain regulatory compliance and high purity</h2>
The PURELAB Pharma Compliance by Elga LabWater is designed to meet GxP requirements for pharmaceutical quality control. It offers secure software that meets FDA (21 CFR Part 11) and EU (EudraLex Annex 11) standards for digital record keeping. The purification processes fulfill United States Pharmacopeia standards 643 and 645. Supported by a global network of service teams, the system is modular and stackable, making it space-efficient. It features a daily usage capacity of up to 120 liters and provides 18.2 MΩ.cm resistivity at 25°C. The system minimizes costs and environmental impact by delivering water required to validate drug purity. Consumables are engineered to maintain low operational costs and environmental waste.

Pharmaceutical water purification system

In laboratories performing high-precision ion chromatography, a consistent supply of ultrapure water is essential to ensure accurate analytical results. Issues like contamination, failed runs, and insufficient reagent protection can compromise the integrity of chromatography outcomes.
<h2>Deliver continuous ultrapure water for analytical accuracy</h2>
The PURELAB flex 3+ by Elga LabWater is a unique water purification system that provides a reliable and continuous supply of ultrapure water directly to analytical instruments. This closed system reduces the risk of contamination, ensuring consistent and high-quality analytical results. Equipped with a built-in reservoir, it eliminates the need for additional pumps, while its ultraviolet light technology (185/254 nm) effectively controls bacteria and organics. This system supports simultaneous multi-usage for eluent generation, system rinsing, and general laboratory applications. Designed with sustainability in mind, the PURELAB flex 3+ reduces energy consumption by up to 55% with its 'eco-mode' and utilizes reclaimed materials in its construction. The system's innovative reverse osmosis module reduces water waste by 20%, making it an environmentally friendly choice for laboratories.

Ultrapure water purification system for ion chromatography

Industrial filtration equipment separates solid matter from liquid by using a filter medium. The filter allows only the fluid to pass through but retains the solid matter. The choice of filtration equipment depends on the particle size, the consistency of the mixture, and the nature of your product.

Filtration

In laboratory environments, consistent and reliable access to Type III water is crucial for a range of applications such as buffer preparation, autoclaves, and washing procedures. Ensuring water quality while maintaining economical operations can be challenging without a purpose-built water purification system.
<h2>Provide reliable type Iii water for laboratory needs.</h2>
The PURELAB Chorus 3 from Elga LabWater is an adaptable water purification solution designed to dispense general grade (Type III) water. This system allows for multiple configurations to increase flow rate and ensure reliable water delivery. It operates with high efficiency by utilizing optional CO2 removal from purified water, which extends the lifespan of downstream consumables. The system is capable of managing up to 720 liters per day with a dispensed flow rate of up to 30 liters per hour, making it well-suited for general lab applications. PURELAB Chorus 3 maintains high reject rates for inorganics and particulates, and an effectively neutral pH, ensuring water purity. The modular design allows for easy expansion and minimization of future upgrade costs, with storage reservoirs available in capacities of 15, 30, 60, and 100 liters to meet varying needs in a laboratory setting.

Type Iii water purification system for general lab use

Laboratories requiring high volumes of Type II pure water for processes such as spectrophotometry, cell cultures, and general chemistry often struggle with maintaining consistent water quality, especially when using traditional purification systems.
<h2>Delivering consistent type Ii pure water</h2>
The PURELAB Chorus 2+ from ELGA LabWater is a high-performance water purification system that ensures reliable Type II pure water production. It features a fully recirculating system, maintaining peak water purity levels at >15MΩ.cm. This recirculating feature is particularly beneficial for high-volume labs, reducing the risk of biofilm buildup and ensuring high water quality. Available in two configurations—RO/DI/UV and RO/EDI/UV—the system caters to various laboratory needs, providing daily outputs ranging from 10 to 20 liters per hour. Both configurations offer exceptional bacterial control with <0.001 CFU/ml and organic contaminant levels with <10 ppb TOC. Modular and stackable design facilitates easy installation, either wall-mounted or under the bench, saving valuable space. Data capture via USB is supported, providing a means for performance validation and software updates. Ideal for applications including feed to ultrapure water, media/buffer preparation, and analytical processes.

Laboratory water purification system

In clinical laboratories, ensuring a consistent and reliable supply of purified water is essential for the operation of multiple diagnostic analyzers. Laboratories face challenges such as maintaining water purity standards, managing space constraints, and minimizing downtime for maintenance.
<h2>Provides Clrw standard water for diagnostic analyzers</h2>
The MEDICA® R200 by Elga LabWater is a comprehensive water purification system designed for high-output clinical diagnostics. It features a high-capacity purification mechanism integrated with a 350-liter wrap-around reservoir. This system is capable of delivering up to 21 liters per minute of CLRW (Clinical Laboratory Reagent Water) standard water, making it suitable for feeding multiple diagnostic analyzers across several laboratories. Its compact design includes a built-in distribution loop pump, which ensures continuous supply even in emergency situations through a bypass loop. The MEDICA® R200 is cost-effective to install and maintain, offering low running and consumable costs. Ideal for large clinical labs, hospital labs with multiple standalone analyzers, and central water systems requiring efficient operation. The system supports a variety of applications, from supplying water to clinical analyzers to supporting other lab equipment like glass washers.

Water purification system for clinical diagnostics

Clinical diagnostic laboratories require a reliable source of purified water for their analyzers. Inconsistent water quality can lead to erroneous test results, increased maintenance, and downtime. Meeting the highest water standards is crucial for accurate diagnostics.
<h2>Reliable water supply for clinical analyzers</h2>
The MEDICA Pro EDI 60/120 by ELGA LabWater is a water purification system designed for clinical diagnostic analyzers. Utilizing Electrodeionization (EDI) 'Pulse Technology', it offers a consistent supply of CLSI CLRW water at flow rates up to 2.5 liters per minute and production rates of 60 or 120 liters per hour. Its compact, under-bench design allows for flexible installation while self-monitoring software ensures 24/7 operation with an emergency bypass feature. With onboard sanitation capabilities, it guarantees water with bacterial specifications of <1 CFU/ml. This system is ideal for large clinical analyzers, delivering predictable running costs and scalable productivity to match increasing laboratory demands.

Clinical water purification system

Industrial disinfection equipment use antimicrobial agents to destroy microorganisms found on machines, floors, walls, and other surfaces. In industry, disinfection of machinery and the production area is important to prevent product contamination which may lead to spoilage and health hazards for workers and the consumer. The choice of industrial cleaning equipment depends on the level of disinfection needed, the sanitizing agent, the size of the area or objects to be treated, and the suitable method of treatment such as sterilization, pasteurization, exposure to ultraviolet light, or chemical fogging.

Disinfection

In a clinical laboratory setting, reliable water purity is crucial for ensuring accurate diagnostic results. Many analyzers require consistent, high-quality water to function properly, necessitating an efficient purification system that complies with stringent water standards.
<h2>Provides Clrw standard water for clinical analyzers</h2>
The MEDICA 7/15 by ELGA LabWater is a dedicated purification system designed to supply Clinical Laboratory Reagent Water (CLRW) compliant water to single clinical diagnostics analyzers. This system delivers up to 1.8 liters per minute of high-purity water, suitable for analyzers with rigorous dissolved oxygen specifications. It features a bypass loop to ensure the continuous supply of purified water even during emergencies, and its compact design allows for flexible installation under a bench or on a wall. The MEDICA 7/15 also incorporates recirculation through ion exchange resins, UV light, and a 0.2 µm microfilter to maintain water quality, making it an ideal solution for both chemistry and immunoassay analyzers.

Clinical analyzer water purification system

In laboratories where multiple workstations require purified water, traditional methods of distributing water often involve complex systems of pipes and individual purifiers. This can lead to maintenance challenges and inconsistent water quality.
<h2>Purify, store, and distribute lab water efficiently</h2>
The CENTRA R60/120 from ELGA LabWater is a complete centralized water purification, storage, control, and distribution system. It provides a continuous supply of Type II and Type III water, producing up to 120 liters per hour using technologies such as reverse osmosis, UV photo-oxidization, optional deionization, and 0.2 μm filtration. The compact design of the CENTRA allows installation close to work areas, reducing costs and complexities associated with long pipework. It features in-line UV oxidation, deionization, and microfiltration to ensure optimized water purity. The system is designed for easy and fast sanitization, maintaining high purity levels throughout its lifespan. Users benefit from reliable water supply due to unique access controls, leak detection systems, and full AV alarms with optional building management system connectivity.

Centralized water purification system for laboratories

Almost all manufacturers will require industrial storage systems and solutions at some point during their production process. The raw materials that go into your products need dedicated storage solutions to protect them from spoilage and contamination before they enter the manufacturing cycle. Storage usually refers to particular storage space. For example, having enough warehouse storage. Or clearing out a production facility for more floor space.  However, in this case, we are referring to the equipment and solutions that make storage manageable and easier. Such equipment includes solutions such as storage racks, pallet racks and shelving systems. These are just some of many storage options available to manufacturers. Advanced technology facilitates the management of heavy duty and high density tank and silo systems by automating the delivery system and linking it with the rest of the production line.

Storage

In large laboratories, managing multiple point-of-use water systems can be cumbersome and inefficient. Ensuring a reliable and continuous supply of high-purity water is a significant challenge, particularly in multi-floor facilities or those with numerous laboratories requiring consistent water quality.
<h2>Purify, store, control, and distribute pure water</h2>
The CENTRA R200 from ELGA LabWater is a centralized water purification system designed to serve entire buildings, offering up to 200 liters per hour of purified water. This system utilizes reverse osmosis and a 0.2 µm filter to produce high-quality water with resistivity up to 18.2 MΩ.cm and total organic carbon levels below 10 ppb. With an integrated 350-liter reservoir, it minimizes the need for extensive pipework, thus saving space and reducing costs. The CENTRA R200 can deliver water at rates up to 30 liters per minute, making it suitable for operations that require a steady, high-volume water supply. Advanced features such as UV treatment, deionization, and full AV alarms ensure maintained purity and system security. Ideal for applications in laboratories across several floors, it supports a broad range of scientific requirements from Type I to Type III water quality.

Central water purification system for laboratories

Distribution

Industrial measurement equipment is used as a crucial step before products leave the production line. These measuring instruments check for correct dosage and standards. Equipment for measurement and control employs a wide range of technologies to detect inconsistencies in volumes, sizes, weights, and fill levels as well as to inspect goods for quality against a set of criteria. Specialized measuring tools allow you to minimize the probability for error to its lowest possible, ensuring that both products and packaging meet your benchmarks.

Measurement &amp; Control

Maintaining reliable and compliant purified water for large or multiple automated endoscope reprocessors is critical in medical and laboratory environments. Ensuring high water quality while managing bacterial contamination and endotoxins can be challenging, requiring robust solutions for effective decontamination processes.
<h2>Deliver purified water at high flow rates</h2>
The BIOPURE 300/600 by Elga LabWater is a water purification system designed for large-scale or multiple endoscope reprocessors and washer disinfector installations. It delivers purified water at the rate of 300 to 600 liters per hour, ensuring compliance with stringent bacterial and endotoxin specifications. This system includes a 350-liter storage reservoir and features onboard technology that guarantees reliable water quality and easy system disinfection. An automated alarm system and restricted access via the 'E key' ensure secure and efficient operation. The BIOPURE 300/600 utilizes a unique sanitization design that purifies reverse osmosis (RO) membranes and the local distribution loop, making it suitable for environments requiring rigorous decontamination standards. The supplier is ELGA LabWater, recognizable for their dedication to providing high-quality water purification solutions.

Water purification system for endoscope reprocessors

Decontamination

Batch

Pilot

When extracting high-value compounds from natural sources, conventional solvent-based methods can pose challenges, including safety risks and environmental impact. There is a need for a more sustainable and efficient alternative to liquid chromatography.
<h2>Purify compounds using supercritical Co2</h2>
The Supercritical Fluid Purification (SFC) system by De Dietrich Process Systems leverages the properties of supercritical CO2 for a more sustainable purification process. As CO2 transitions into a supercritical phase, it acts as both a gas and liquid, enabling efficient separation of high-value compounds from crude extracts. This process also removes unwanted chemicals like pesticides and fungicides. Using supercritical CO2 minimizes the need for organic solvents, making it an eco-friendly solution. Furthermore, CO2 is a cost-effective, upcycled solvent, adding to the economic benefits of the system. The technology, supplied exclusively by Thar Process, is ideal for various applications, including the CBD and cannabinoid industries, EPA/DHA (omega-3) extractions, and the production of flavors, fragrances, and cosmetics. Systems can be customized to handle daily purification capacities ranging from 1 kg to 150 kg, with tailored solutions available through pilot scale trials.

Supercritical Co2 fluid purification system

Industrial extraction equipment unlocks the valuable compounds hidden away in natural materials. Automated extraction equipment is applied in the pharmaceutical and cosmetic industries to extract active compounds from medicinal plants or herbs. For example, extracting cannabinoids from cannabis plants. But the process is also fundamental to the food industry, recovering various components like aromas, oleoresins, and proteins.  Considerations for selecting suitable extraction technology include the type of plant material to be processed, the extract's heat sensitivity, and the production volume.

Extraction

Industrial separation equipment encapsulates the separation process which is to separate components of a liquid mixture, for recovering dissolved solids from liquids. The choice of a suitable technology depends on the identification of the key physical or chemical property, such as size, mass, density, or boiling point, which sets the product of interest apart from the rest of the components. Separation technology is widely used in the pharmaceutical and chemical industries for the isolation of active ingredients and high-purity chemicals. As well as in waste management and recycling industries.

Separation

solid

In sectors such as solid waste management, biogas production, and food processing, air purification is critical. The challenge is to efficiently remove contaminants and odors without causing significant pressure drops or requiring frequent maintenance.
<h2>Filter and purify air efficiently</h2>
The Activated Carbon Filters by Centriair offer a modular design with dual beds, ensuring minimal pressure drop while effectively removing contaminants from the air. Available in sizes ranging from 2x1 to 2x8, these filters are suitable for a wide range of industrial applications, including solid waste treatment, biogas production, and food processing. The dual bed setup allows for extended service life and minimizes the need for frequent filter changes. Due to the modular construction, it's easy to scale the filtration capacity according to specific needs. The high-quality activated carbon material provides reliable performance in eliminating volatile organic compounds and other pollutants.

Industrial activated carbon filters for air purification

In biopharmaceutical manufacturing, the integration of various systems for upstream and downstream processes such as cell culture and purification is crucial to maintain efficiency and product quality. Customizable solutions that cater to specific process needs are often required to meet stringent regulatory standards and production goals.
<h2>Integrate stainless steel and single-use systems</h2>
The Hybrid Bioprocess System from Austar offers a comprehensive solution incorporating both stainless steel and single-use systems for upstream and downstream bioprocessing. Designed to handle tasks such as media preparation, buffer preparation, cell culture, separation, purification, and aseptic transfer, this system ensures flexibility and customization according to client needs. By combining the technical benefits and cost advantages of stainless steel with single-use systems, it provides high-quality, low-cost solutions. The system includes hardware, consumables, automatic control, and validation services. Additionally, it supports the entire process from feasibility evaluation to project management services, making it a versatile option for biopharma operations.

Hybrid bioprocess system for cell culture and purification

Transfer

In the biotech and pharmaceutical industries, precise purification of biological molecules is crucial. Challenges such as achieving high purity levels and meeting regulatory standards make it essential to have advanced chromatographic systems tailored to specific needs.
<h2>Adapt to various chromatography methods and materials</h2>
The customized chromatographic system by Austar is designed to meet various purification needs, accommodating techniques such as gel filtration, ion exchange, affinity, hydrophobic, and reverse phase chromatography. This flexibility ensures it can be used for proteins, peptides, nucleic acids, vaccines, viruses, antibiotics, polysaccharides, and natural drugs at various purification stages, from coarse to fine purification. Stainless steel construction (316L/1.4435) ensures durability and compliance with ASME-BPE standards. The system's automatic control design follows GAMP5 guidelines and adheres strictly to FDA 21 CFR Part 11 requirements, facilitating regulatory compliance. Additionally, a robust quality management system provides comprehensive technical documentation and validation services, streamlining the implementation process.

Customized chromatographic system for bioprocess purification

In industrial liquid purification, separating particles based on their physical size while maintaining high throughput is essential. Traditional methods can lead to clogging and inefficient flow, requiring a more advanced solution to handle high-pressure applications effectively.
<h2>Delivers efficient particle separation and clarification</h2>
The Cross Flow Filtration (CFF) by Applexion is an advanced membrane filtration system designed to address the inefficiencies of traditional purification methods. Utilizing tangential flow filtration (TFF), the fluid flows tangentially to the membrane surface, reducing particle accumulation and maintaining a consistent flow. This technology is ideal for applications such as sugar, sweeteners, dairy, biomass fractionation, and fermentation. The Applexion system offers a range of high-performance ceramic and organic membranes, including the Kerasep™ series, known for their superior temperature and pH resistance. With robust design features like high-quality welding for durability, a compact layout for flexible installation, and easy maintenance, the Cross Flow Filtration system ensures long-lasting performance. Applexion’s comprehensive approach, including pilot units and process simulation, guarantees optimized performance tailored to specific industrial needs.

Cross flow filtration for industrial liquid purification

In industries like water treatment, chemical manufacturing, and food production, removing impurities at a molecular level is essential. Conventional filtration methods often fall short in achieving the required purity levels, leading to inefficiencies in the production process.
<h2>Achieve high purity with ion exchange technology.</h2>
The APPLEXION™ Ion Exchange System is an advanced purification solution that leverages ion exchange and adsorption mechanisms to remove unwanted ions and molecules from liquid solutions. This system utilizes specialized resins with functional groups that facilitate the selective retention and exchange of ions. It's particularly useful in applications requiring the removal of contaminants, salts, and other impurities. The APPLEXION™ system's scalability makes it suitable for both small and large-scale operations. Known for its efficiency, the system operates at low temperatures and energy levels while being solvent-free, ensuring minimal environmental impact. APPLEXION provides robust custom design capabilities for different industrial standards, particularly in food, fermentation, biotech, and bio-based molecule industries.

Industrial ion exchange system for chemical purification

In the olive oil industry, achieving high-quality and pure olive oil at efficient yields poses a challenge. Operators need robust separation technology that maintains the integrity of the oil while optimizing the process for less waste and higher output.
<h2>Efficient and gentle purification for olive oil</h2>
The UVPX range of separators by Alfa Laval offers a reliable solution for olive oil purification. Based on extensive knowledge and collaboration with olive oil producers, these separators ensure exceptional separation efficiency and purity. Designed for intermittent discharge of solids, they handle two intermixed and mutually insoluble liquid phases with different densities. The UVPX range is ideal for clarifying oil and recovering residual oil from olive vegetable water. With capacities up to 1500 l/h, they provide gentle treatment, minimize product loss, and are easy to operate and maintain. These features make the UVPX separators a sustainable choice for any olive oil processing facility aiming for premium product quality.

Olive oil purification separator

To purify a specific large biomolecule, for example IgM or a virus or virus-like particle, the first step is to screen the working conditions. Different mobile phases and column chemistries are then tested, according to the biochemical properties of that particular large molecule.
<h2>Efficiently identify, isolate and recover large biomolecules</h2>
The CIMmultus™ Purification Screening Kit from BIA Separations is intended to help scientists quickly discover the optimal stationary phase chemistry for their particular application.

The kit includes two different 1mL CIMmultus™ ion-exchange columns (QA and SO3) and one hydrophobic interaction chemistry column (OH).

By using one of the selected chemistries and applying proper working conditions, the user will be able to discover the combination that will result in appropriate purity and excellent recovery of their required large biomolecule.

Purification screening kit for large biomolecules

Biotech equipment is used for cellular and biomolecular processing to develop products that improve our lives and the planet. With the help of specialized lab equipment, the active substance is manufactured or extracted from biological origin materials and typically produced in bioreactors by plant cells, microbial cells, yeast cultures, or mammalian cells. Cell isolation, cultivation, cell banking, and culture expansion are called upstream processes. After harvest, the production process moves into a downstream process to meet purity and quality requirements which is divided into cell disruption, purification, and polishing. Biotechnology equipment makes use of various laboratory machinery such as bioreactors, centrifuges and incubators.

Biotech

When developing a pDNA purification process for eventual transfer into production, efficient examination and selection of protocols is critical.
<h2>Develop plasmid purification procedures quickly</h2>
BIA Separations' CIMmultus™ HiP2 Plasmid Process Pack™ is intended to help scientists easily develop their pDNA purification process and transfer it to production.

Allowing developers to select only the relevant parts of the recommended protocol that best fits their needs, the pack saves time and money on all scales.

The CIMmultus™ HiP2 Plasmid Process Pack™ contains one weak anion-exchange (DEAE) and one hydrophobic (C4 HLD) column and a protocol describing the purification procedure of specific plasmids.

&nbsp;

Plasmid process pack for your pDNA purification process

Industries producing large volumes of wastewater face the challenge of treating and reusing it to comply with environmental regulations while minimizing production downtimes and costs.
<h2>Recycle and purify wastewater for reuse</h2>
The process water treatment system offered by IFA Technology efficiently cleans wastewater generated during industrial processes. This system utilizes mechanical, biological, or gentle chemical processes to remove contaminants, making the water suitable for reuse in production. The comprehensive approach to water treatment includes filtration and chemical treatments to ensure optimal purification. By returning cleaned water back into the process, industries can significantly reduce water consumption and disposal costs. This solution is particularly beneficial for industries such as automotive, chemistry, and food processing, where high water usage and stringent environmental guidelines are prevalent.

Wastewater treatment system for industrial applications

In biogas upgrading and carbon capture operations, maintaining sustainability and generating additional revenue pose significant challenges. Typically, excess CO2 produced in these processes needs efficient management to avoid waste and environmental harm.
<h2>Recover and liquefy Co2 from biogas plants</h2>
The CO2 Recovery & Liquefaction system from HoSt Group is designed to recover and liquefy CO2 produced during the biogas upgrading process or after carbon capture. This system ensures the production of consistent food-grade liquid (bio)CO2, with a recovery rate exceeding 99%. Available in various scales – Mini, Compact, Medium, and Grand – the system's modular and containerized design allows for flexible deployment. Electrical consumption ranges from 0.20-0.22 kWh per kg of liquid CO2, underlining its energy efficiency. The system’s CO2 purification technology uses CO2 as a refrigerant, bypassing more harmful substances like Freon or Ammonia. Industries that could benefit from liquid (bio)CO2 include horticulture, food processing, and refrigeration, contributing to a lower carbon intensity score (CI-score).

Co2 recovery and liquefaction system for biogas upgrading

Recovery

Biogas plants producing raw biogas often face the challenge of maximizing the methane content for applications such as grid injection, bio-CNG, and bio-LNG. Conventional methods may not offer high separation efficiency, resulting in lower biomethane yield and higher operational costs.
<h2>Achieve over 99.5% methane recovery</h2>
The biogas upgrading systems developed by HoSt utilize advanced in-house membrane technology to achieve high methane recovery from raw biogas. The membrane system allows selective passage of methane while filtering out impurities like CO2, resulting in over 99.5% methane recovery. These systems are designed to integrate seamlessly into any biogas facility, from small to large-scale operations, ensuring efficient purification with minimal electrical consumption. The compact and modular design enables easy installation and maintenance. The available models range in biogas flow capacity from 30 Nm3/hr to over 1,500 Nm3/hr, providing scalable solutions for various project sizes. Each unit consumes just 0.26-0.29 kWh/Nm3 of biogas, making them highly efficient for continuous biogas upgrading.

Biogas upgrader for high methane yield

In chemical plants, the separation and purification of chemicals often face challenges due to the corrosive nature of certain materials. Traditional columns can deteriorate quickly, leading to increased maintenance and potential contamination.
<h2>Provide corrosion resistance and precise chemical separation</h2>
The glass-lined columns from GMM Pfaudler are designed to handle highly corrosive environments in chemical plants. With a shell made of glass-lined steel sections, they offer excellent corrosion resistance. These columns can be supported on brackets, rings, or skirts and come in customizable configurations to suit specific process requirements. The sealing at the body flanges employs the Pfaudler Gasket System 3000 with UF3000 compound. Internal components, made from materials like ceramic or PTFE, enhance the column's performance. Two designs support column internals: body flanges with donut rings for small diameters and a new support pin design to prevent leaks, ideal for large diameters. These columns can operate under a design pressure of 10.0 bar and temperatures between -24º and +200º C. Complete systems include structural steel modules or field-fabricated assemblies with ancillary equipment, ensuring ease of operation and maintenance.

Glass lined columns for chemical plants

In pharmaceutical and biotech industries, producing sterile injectable water free from pyrogens is critical. Traditional water purification methods may struggle to meet stringent regulations and high-purity requirements, posing significant challenges in achieving consistent, quality-controlled water for injection processes.
<h2>Generate pyrogen-free water with advanced distillation</h2>
The WFI generation system by Fabtech is designed to produce 100% pyrogen-free water specifically for injection processes. Utilizing a Multicolumn Distillation Unit (MCD) along with an advanced distribution system, it efficiently removes residual ionic materials, particulates, colloids, non-volatile organic compounds, and bacterial endotoxins from pre-treated feed water. This system meets USFDA, WHO, MHRA regulations, and complies with ASME BPE, ISPE, and cGMP guidelines. It operates at elevated temperatures (80-85 degrees C) to maintain sterility and prevent microbial growth. The system's falling film technology ensures energy-saving operations and its customizable configuration allows for a range of automatic and semi-automatic variants. Featuring high-quality orbital welding with boroscopy and videoscopy, the system guarantees an optimal performance with minimal footprint.

Water for injections generation system

Industrial distillation equipment is used in the process of separating different constituents of a liquid mixture. Considerations for choosing suitable distillation systems include the boiling points of the components, heat sensitivity of the product of interest, pressure requirements during the process, and the scale of production. Distillation is used for concentrating extracts such as herbal extracts, flavors, and aromas in the food industry. In the pharmaceutical industry, distillation is used in the production of active ingredients and in the chemical industry for the purification of chemical products.

Distillation

Dosing systems are a line of hoppers, feeders, filling machines, and checkweighers that operate in sync to dispense materials accurately. Dosing is an essential feature of the packaging process, whether you’re filling shampoo bottles or tea bags. But dosing equipment is critical for formulations, too, particularly in the pharmaceutical and chemical industries. Imprecise dosing may cause quality degradation in the best-case scenario. In the worst scenario, it creates serious health risks.

Dosing

Industrial sterilization processes are employed in different industries to completely eliminate all living microorganisms from the final product. For instance, in food processing, sterilization equipment is used to produce a stable product with a long shelf-life by eradicating harmful bio-contaminants. Instead, in the medical field, sterilization technologies aim to prevent the transmission of microbes to patients by sterilizing all the tools and medical devices that come in contact with the patient. Most sterilization equipment, such as autoclaves, employs high-temperature pressurized steam to destroy bacteria and disinfect surfaces from spores. Other methods include radiation sterilization or using chemicals such as hydrogen peroxide for disinfection.

Sterilization

Entry level

In multi-user laboratories, there is a constant need for reliable and versatile centrifugation capabilities for a variety of applications, including cell harvesting, DNA/RNA isolations, and purification of lymphocytes and monocytes.
<h2>Achieve precise and reproducible centrifugation</h2>
The Centrifuge 5910 Ri by Eppendorf combines high capacity and performance within a compact and ergonomic design. This benchtop centrifuge features a 7-inch VisioNize® touch interface for easy and fast operation. Its advanced temperature management system includes quick pre-cooling and Dynamic Compressor Control (DCC) technology, ensuring precise cooling performance from -11°C to +40°C. User management and documentation features support GLP/GxP requirements by tracking all settings and events during runs. Ideal for labs with diverse requirements, the centrifuge supports multiple run configurations with 99 programmable settings and a wide portfolio of fixed-angle and swing-bucket rotors. It can handle conical tubes, plates, and bottles with capacities up to 4 x 1,000 mL. Safety features include automatic rotor recognition, imbalance detection, and rotor lifetime tracking.

Refrigerated bench-top centrifuge

Industrial centrifuges are widely used for mechanical solid-liquid separation of components in the pharmaceutical and chemical industries. This is achieved by rapidly rotating the contents within a container to separate fluid of different densities or to remove liquids from solids.

Centrifuging

Industrial cooling equipment varies according to the consistency and temperature conversion demands the material you are handling, but the process typically involves heat exchange treatment as your products are conveyed through a cooling chamber equipped with extraction fans or circulating water. Temperature control is a crucial aspect of your commercial production and cooling systems are applied to a range of industries.

Cooling

In highly sensitive laboratory settings such as analytical research or life sciences, maintaining consistent water purity is crucial. Relying on standard purification methods often leads to the presence of trace contaminants, which can compromise the accuracy of experimental results and overall workflow efficiency.
<h2>Deliver ultrapure water with real-time monitoring</h2>
The PURELAB Chorus 1 from Elga LabWater is an ultrapure water system designed to provide Type I (ultrapure) water for high-precision laboratory applications. Utilizing advanced PureSure deionization, it eliminates trace ions and guarantees water purity with real-time Total Organic Carbon (TOC) monitoring. The system features fully recirculating water, integrated ultrafiltration, and spectrum UV treatment to maintain microbial purity and remove endotoxins, proteins, and particulates. With a modular design, it allows for flexible placement of dispensing solutions, and offers data capture via USB for performance validation and software updates. Capable of dispensing up to 2.0 liters per minute, it meets the rigorous demands of life sciences, analytical research, and general laboratory use.

Ultrapure water system for laboratory applications

Battery electrode manufacturing involves dealing with significant volumes of coating line exhaust air streams. Effectively recovering and purifying solvents from these streams is crucial to maintaining compliance with emissions standards and ensuring material quality.
<h2>Recovers and purifies solvents efficiently</h2>
The solvent recovery system from Dürr is designed specifically for high-efficiency removal, recovery, and purification of solvents in the battery electrode manufacturing process. Utilizing proprietary technology, this system recovers electronic-grade solvents from exhaust air streams and can be configured to comply with both global and local emissions standards. The recovery process operates in a closed-loop system where the exhaust air is pre-cooled, and solvents are condensed using chilled water. This recovered solvent can then be reused on-site by dehydrating and purifying through a distillation system or processed off-site. Options include carbon bed solutions for laboratory environments and condenser systems followed by concentrators or scrubbers for large industrial settings. Dürr's system ensures short return-on-investment cycles and is suitable for operations ranging from small labs to large-scale manufacturing plants.

Solvent recovery systems for battery electrode manufacturing

Dehydration

Industrial drying machines are designed to remove moisture from your product. But the drying process must cater to variations in the state of matter and molecular structure of the input material. Industrial dryer technology exploits the modes of heat transfer (convection, conduction, radiation, evaporative cooling) to control the moisture content.

Drying

In the production of lithium-ion batteries, precise and efficient electrode coating is critical to ensure optimal battery performance and longevity. This process demands advanced technology to handle raw materials, slurry mixing, coating, and drying with high throughput and minimal waste.
<h2>Enhance throughput and quality control</h2>
The comprehensive electrode coating line from Dürr provides a turnkey solution encompassing various critical stages of lithium-ion battery electrode production. From raw material handling to slurry mixing and fluid delivery, the system ensures uniform coating and drying, minimizing waste and improving quality control. Additionally, the line integrates environmental compliance solutions, including solvent recovery and purification. With capabilities for both entry-level and high-volume production, Dürr’s system is engineered to meet the stringent demands of advanced battery electrode manufacturing, offering engineering support and 24/7 parts and service.

Battery electrode coating line

To coat your consumer products with color or taste-enhancing substances, specialized technologies are available that ensure all the contents are individually and evenly covered. The process starts with loading your goods onto rotating drums, exposing the products to spray nozzles that treat them with your prescribed coating formula.

Coating

Handling

Industrial mixing equipment is used to combine two or more solid, liquid or gaseous segregated ingredients into a homogenous single product. The choice of mixing technology depends largely on the physical state of the ingredients and the desired final product. But the sensitivity of the ingredients, the process temperature, and pressure requirements are also critical factors. All these parameters result in a wide range of industrial mixers.

Mixing

In chemical processing, you often need to separate crystalline solids from liquid solutions. This is essential when dealing with precipitation, purification, or reducing waste volume in operations like pharmaceuticals or pollution control.
<h2>Produce and purify crystalline solids efficiently</h2>
The Dedert evaporative crystallizer is designed to produce solids from a wide range of process and waste solutions. It handles products with high boiling point elevations, making it versatile for various industries including chemical, pharmaceutical, and food. This system works by continuously mixing feed with a circulating slurry of precipitated solids. The slurry flows through heat-exchange tubes where condensation provides the necessary heat for evaporation. Commonly used energy sources for evaporators are also applicable to these crystallizers. Dedert offers both Forced Circulation Crystallizers and skid-mounted solutions which come pre-assembled with heat exchangers, structural steel, pumps, motors, instrumentation, control valves, and piping. Each unit can be customized with 3-D modeling and optional code stamps for pressure vessels.

Evaporative crystallizers for chemical processing

Crystallization

Evaporation technology is used to reduce or remove the moisture content of a mixture. Considerations for choosing suitable evaporation equipment include the moisture content in the mixture, the boiling point of the solvent, heat sensitivity of the product, and the amount of material to be processed. Evaporators are used for applications such as obtaining fruit and vegetable concentrates in the food industry, concentrating aromas and herbal extracts in the cosmetics industry, and isolating active ingredients in the pharmaceutical industry.

Evaporation

In chemical and pharmaceutical production, precise substance separation and purification are critical. Traditional methods often involve multiple setups and time-consuming processes, hindering efficiency.
<h2>Enable precise separation and purification</h2>
The distillation equipment from De Dietrich is built for large-scale reactors, integrating synthesis and separation within a single apparatus. These units combine reactors made of glass-lined or stainless steel with distillation attachments crafted from borosilicate glass 3.3, known for its inertness and corrosion resistance. This setup is ideal for the production of fine chemicals, plant protection agents, vitamins, and pharmaceuticals. Capable of handling vessels up to 10,000 liters, this equipment supports multiple processes like boiling under reflux, distillation, hydrodistillation, and rectification. The attachments can be flexibly connected using PTFE bellows, mounted next to the reactors to fit various space constraints. With transparent borosilicate glass, operators can visually monitor the process, ensuring higher safety and reliability. Typical instrumentation includes thermometers, flow meters, and pressure gauges, tailored to specific process needs. This system is suitable for operations under atmospheric pressure or vacuum, in batch or continuous modes.

Distillation equipment for large reactors

Boiling

<span style="font-weight: 400">The heating process is a step of raising the temperature of food, pharma, cosmetics, and many other types of products. You may employ different heating solutions for this process, depending on the type of product you intend to manufacture. Selecting the appropriate heater machine for your product is quite important since various products require different ranges of temperatures and different ways of heat transfer using exchangers. Industrial heating equipment varies in two ways - the type of material it can process and the reaction you want to achieve.</span>

Heating

Refining oils to remove impurities like residual gums and soap often poses a significant challenge in various industries. Efficient processing techniques are essential to minimize oil losses and reduce bleaching clay consumption in oil refining operations.
<h2>Optimizes purification and reduces clay consumption</h2>
The bleaching process by Crown Iron Works provides multiple bleaching methods using bleaching clay and special sorbents. It offers classic, DoublePass, and packed bed bleaching options. Classic bleaching mixes oil with bleaching clay, bleaches, and filters it. The DoublePass approach pre-bleaches oil with sorbents or clay, dries, and filters it. This reduces bleaching clay consumption and oil losses by processing the pre-bleached oil again in a clean filter. Packed bed bleaching filters oil through beds of fresh bleaching clay. Crown's methods are applicable in various oil refining industries, ensuring minimal capital and operating costs while maximizing the bleaching clay performance.

Industrial oil bleaching process

Refining

In radiopharmaceutical production, handling materials like Radium-223 dichloride requires precise and safe processing environments to prevent contamination and ensure product integrity. Key processes such as generator loading, product dispensing, and final sterilization demand specialized solutions.
<h2>Handles the full ra-223 production and dispensing process</h2>
The Ra-223 Dichloride Production and Dispensing Suite by Comecer is designed for the comprehensive handling of Radium-223 dichloride. This hot cell suite integrates semi-automatic modules for 227Ac/223Ra chemistry processing, purification, and separation. Equipped with a high precision filling machine, it supports Class A – ISO5 environments, making it suitable for the high standards of pharmaceutical production. The filling machine uses a Flexicon® peristaltic pump for volumetric dispensing and incorporates a WIPOTEC high precision scale for 100% weight control. Operations within the hot cell are managed using a single tele-tong and shielded hand port, ensuring safety and convenience. This system is capable of filling open vials in 10ml and 20ml formats and features advanced waste management solutions, including a floor port for 227Ac generator and centralized connections for solid and liquid waste to the basement. It also includes Class-2 containment boxes made of stainless steel, AISI 316L, in line with ISO 10648 standards.

Ra-223 dichloride production and dispensing suite

Dispensing

Filling lines are used extensively in all industries, such as food, pharmaceutical, chemical, and cosmetics, to accurately package different products into a container suitable for that product. Although the filling process is at the very end of the production line, it is no less important than the earlier steps. Last but not least, the idiom that dates back to 1382 when John Wyclif wrote the firste the laste, and the laste the firste, indicates just that the last things on a list are just as valuable as the previous ones. In this case, this idiom fits perfectly.

Filling

In the radiopharmaceutical industry, the need for precise dispensing and production of radioisotopes is critical. Handling radioactive materials involves challenges such as ensuring safety, maintaining sterility, and achieving accurate dosages. Facility managers must comply with strict regulatory requirements while optimizing productivity.
<h2>Automate dosing and sterilize with precision.</h2>
The Lu-177 N.C.A. Semiautomatic Production and Dispensing Plant by Comecer is a refined solution for producing and dispensing Lu-177. This system comprises two hot cells: one for the extraction and purification of Lu-177, and another for dispensing and terminal sterilization. The extraction cell features a tele-pliers and dose calibrator, protected with a fluoropolymer acid-proof coating, and supports the integration of a customer-specific module for separating 176Yb from 177Lu. It efficiently handles both liquid and solid wastes. The dispensing cell is equipped with tele-manipulators and an automated micro-pipettor module that allows for the semi-automatic dispensing of radioisotope micro-doses. The system features SIL-2 certified safety interlocks according to IEC 61508, ensuring high reliability. With productivity reaching 50 vials in 8 hours, including terminal sterilization, this plant offers both efficiency and safety in handling highly concentrated and corrosive substances.

Semiautomatic lu-177 production and dispensing plant

Hospitals and medical centers using radiopharmaceuticals for diagnostics and treatment face the challenge of safely disposing of radioactive wastewater. Ensuring that waste is stored, decayed, and discharged only when safe is critical to meet regulatory standards and protect public health.
<h2>Store, decay, and manage radioactive waste efficiently</h2>
The ISP – Radioactive Waste Disposal Plant by Comecer is a comprehensive system for managing the storage and decay of organic wastewater produced from the use of radioactive substances in healthcare. The setup includes a series of tanks where the wastewater is held until its radioactivity falls below permissible levels. The system features a Computerised Synoptic System for remote management, a liquid sorting unit, and an Imhoff tank for purification. It also includes a gamma spectrometer for monitoring radioactive decay. This plant ensures that waste is only discharged when it is safe, using automated sampling for analysis. The process complies with current safety standards, making it suitable for hospitals and medical facilities handling radioactive materials.

Radioactive waste disposal system for medical facilities

The essential objectives of containment systems are personnel protection and preventing the release of toxic or infectious material into the environment. Containment is also used to prevent a product or sample from contamination by the external environment. In the chemical and pharmaceutical industries, containment solutions are used to protect the personnel from the leaking of airborne particles of hazardous substances, as powders or liquids are handled or transferred during processing.

Containment

Industrial sampling equipment are systems that allow manufacturers to test (in other words to take a sample of) the products they are manufacturing. This process is generally implemented as a means of quality control but it can also be used as a mean to ensure that production processes adhere to certain regulatory standards. Quality control in your manufacturing process starts with precision sampling techniques. Automated systems deliver consistent samples at a pre-set rate for accurate testing and probing. Sampling technology uses a calibration system involving a series of sensors to extract the material at high levels of reliability.

Sampling

In the field of nuclear medicine, ensuring precise and aseptic dispensing of radiopharmaceuticals is critical. The challenge is to maximize efficiency while minimizing operator exposure to radiation. High throughput and strict compliance with sterile production standards are essential.
<h2>Automates dispensing, filling, and inspection</h2>
The Automated Ioflupane I-123 Injection dispensing plant is an advanced solution designed by Comecer. It features a highly automated process capable of dispensing 360 vials per hour, with a batch capacity of 500 vials. The plant includes 12 shielded isolators optimizing transport, aseptic filling, visual inspection, and labelling systems. It integrates an automatic synthesis and purification system using HPLC, ensuring precise formulation and sterilization of 123I Ioflupane. The automatic vial filling machine encompasses vial stoppering, capping, crimping, and ensures 100% weight control for enhanced accuracy. Additional features include semi-automatic visual inspection for quality assurance, decontamination with VPHP, and reduced operator radio-exposure. Suitable for nuclear medicine applications, the plant guarantees efficient, sterile production with comprehensive automation enhancing productivity and safety.

Automated ioflupane i-123 injection dispensing solution

Industrial inspection equipment is used for checking compliance with health, safety, and quality control standards. For that reason, inspection systems are most commonly utilized in the food and pharmaceutical industry but, they are also used in other industries too. Inspection solutions are often integrated into a production process or production line. Visual inspection systems perform checks to detect variation in size, shape, and color and ensure the presence of labels and closures. Check-weigh systems help ensure that product packages are not under or over-filled. Metal detection systems can help guard against the presence of foreign objects in product containers and X-ray inspection equipment is used to detect physical defects and to ensure high quality package seal integrity.

Inspection

In winemaking, achieving microbiological purity and high-quality wine is crucial. Traditional filtration methods may not always meet these standards, potentially leading to compromised flavors and inadequate purification.
<h2>Ensures microbiological purity of wine</h2>
The C4 Filtration Pallet by Cartobol is designed to deliver pure, high-quality wines, including red, white, and rosé varieties. This filtration system ensures maximum microbiological purity, which is essential in maintaining the subtle flavors and overall quality of the wine. By using advanced filtration technology, the system effectively removes unwanted particles and microorganisms. It is particularly beneficial for winemakers aiming to uphold high quality standards without compromising on the purity of their products.

Wine filtration system for microbiological purity

In durum wheat and common wheat milling, achieving a pure, high-quality semolina is essential. Ensuring even grading and purification of semolina and middlings can pose a challenge due to the need for continuous, reliable, and easily maintainable processes.
<h2>Purifies and grades semolina efficiently</h2>
The Puromat Purifier MQRF by Bühler is designed to purify and grade semolina and middlings in durum wheat, common wheat, and compact mills. The purifier ensures a continuous and even process by feeding raw material steadily across the entire sieve width. It features metal sieve frames with brush cleaners to prevent blockage and product deposits. The presence of an illuminated interior allows operators to monitor the process in real-time. Maintenance is straightforward, as the drive requires no lubrication, and the purifier is easy to clean. With a high throughput capacity of up to 3 tons per hour, the Puromat is suited for high-demand milling operations. The option to install a stainless steel door enhances sanitation by reducing the risk of contaminant entry.

Purifier for high-quality semolina production

Grading

In durum and common wheat mills, achieving high-quality semolina involves precise purification and grading of semolina and middlings. Uniform feeding and efficient sifting are key to maintaining product quality and throughput.
<h2>Ensures uniform feeding and efficient sifting</h2>
The Puromat Purifier MQRF from Bühler is designed to purify and grade semolina and middlings effectively in both durum and common wheat mills. This system feeds raw material steadily across the entire width of the sieve, ensuring a consistent and even process which maintains product quality. Its metal sieve frames feature brush cleaners that prevent blockage and product deposits, thereby reducing maintenance requirements. The unit is also illuminated internally to allow real-time process inspection. Additionally, the Puromat can achieve a throughput of up to 3 tons per hour per unit, and stacking two units can double the output without increasing the footprint. Key features include optional steel doors for added sanitation and the NovaTens sieve tensioning device for precise and sturdy sieve tensioning.

Purifier for semolina and middlings in grain mills

Industrial feeding systems allows you to control the flow of solid bulk materials throughout the manufacturing line. After loading your material onto the vibrating hopper, a screw at the base drives it out in uniform doses to the next stage of processing. New feeding technologies are designed to deal with challenges of powders clumping together in the hopper (bridging and ratholing) that interrupt the outflow. Common feeder systems include centrifugal feeders, vibratory feeders as well as elevator, linear and pneumatic feeders.