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Vitamin C packing Equipment

<span style="font-weight: 400">At last, you reached the final stage of processing your product - welcome to the packing world! Packing preserves and protects a product from damage, spoilage, and contamination while it makes its way from the production line to the consumer or further production. Depending on which industry your products belong to, the type of primary packaging equipment can change drastically. You need to pay careful attention to products with </span><span style="font-weight: 400">chemicals or hazardous substances since they can be potentially dangerous to human health. </span>

Packing

Vitamin C is an essential nutrient, but the human species lost the ability to produce it biologically during the course of evolution. Instead, we source the substance either from whole foods or vitamin C manufacturing. The chemical characteristics of the natural nutrient and processed compound are the same, but supplements offer higher concentrations, especially to persons with nutrient deficiencies.

Vitamin C

If you are looking to pack your product into stick packs from 17 x 40 mm to 100 x 200 mm in size, you may benefit from the experience from the largest manufacturer of stick pack machines in Europe.


<h2>Benefit from the experience from Europe’s leading producer</h2>
This multilane Stickpack Machine series (ST200, ST400, ST560, ST800, ST1200 ) by VikingMašek can accommodate a large variety of different shapes of stickpack pouches with high efficiency and flexibility.

The versatile multi-lane stick pack machines can accommodate from 1 to 20 lanes, running as fast as 80 cycles per minute.

They are designed to pack powders, dense, fine, loose and particulate materials as well as liquids into StickPack bags and to accommodate different bag shapes including pour spouts, tear notches and easy-open system.

Semi- or fully automated cartoning solutions are also available for individual or bulk cartoning.

Stickpack Machine

Having separate equipment for different process steps like filling and closing, can put a brake on growing the volume of your production line. When expending your canned coffee business, having separate machines for each step can be time consuming.


<h2>Filling and seaming cans or jars with the same machine</h2>
The Matic 101 CFCGP by Swiss Can Machinery is a can and jar filling and closing machine for powdered products. The process of filling and closing the can or jar starts of by placing the jar on the conveyor belt, that will feed the filled vessel onto a turning table. The filling and dosing is done with a precise servo drive, the produce is fed via a horizontal auger with level control and a vibrator makes sure the powdered material in the cans doesn’t stick to anything else. Each can or jar is weighted separately and automatically before it is capped or seamed.

The jars are moved onto a screw capping device (caps are destacked at their own station) and discharged if not capped correctly. Cans move to the seaming station, where a spindle applies pressure so that the seaming rollers can seam the can in separate stages. The can or jar diameter must be between 50 and 100 mm.

Can filling equipment

Making sure the right quantity of product is in the packaging can be a precise task if this is not automated. Goods can be sorted and metered, but when it comes to for example tinned peanuts, that doesn’t do the job.


<h2>Automatic filling, weighing and seaming</h2>
The Matic 127 Twin FP by Swiss Can Machinery is a can filling and seaming machine that also automates the weighing of the product. For the filling, the tins are placed on a belt and filled using 20 dosing heads and then weighed using a sensor. The filling station uses a vibrator to make sure the filling of the products is efficient. After filling and weighing, the tins follow their way on the belt to the seaming station where a spindle applies pressure so that the seaming rollers can seam the can in separate stages. The machine can handle different sizes, as long as the tins have a maximum diameter of 127 mm.

Filling and weight checking machine for food cans

Large-volume producers of single-serve packs, such as sugar sticks, instant coffee, and instant soup, continuously pack different product sizes into cartons. Intelligent and flexible infeed systems are needed to ensure your products integrate smoothly into the carton line at higher speeds.


<h2>Pack stick packs or flow packs into cartons continuously</h2>
The VENTO Cartoner from Mpac is a carton packaging system with a smart infeed system suitable for single-serve products such as condiments or coffee and milk powders. The unit is made of hygienic stainless steel materials. It has an open design for easy visibility of product flow and quick access to the components in case of maintenance and cleaning.

The entire system is servo-driven and coupled directly to its components for minimum maintenance and long operating life. It is designed to operate 24/7, allowing maximum production yield, and is equipped with an advanced intelligent machine interface that provides information on machine status, maintenance, and changeover controls based on product application. The processes include carton erecting, loading, transportation, and closing. Changeover for different carton sizes and types can be done quickly and automatically.

High-speed Cartoner For Single-Serve Products

Around a third of your natural protein composition is collagen. But the human body still finds good use for more of it, whether to reinforce joints or aid digestion. Collagen powder processing breaks the chains of amino acids into smaller units, allowing them to be consumed at higher concentrations without changing your diet.

Collagen powder

Mpac Group is an industry leader in packaging automation, cartoning, and case-packing technologies.

Nutraceuticals and supplements are becoming increasingly popular in the wellness industry. Often sold in single-serve stick packages, raising questions about their sustainability.

While consumers make smart choices about their health, it is also pivotal for producers to choose the correct, and why not, smart equipment that can handle more environmentally friendly materials.

We had an insightful conversation with Frank Jeurissen, Global Account Manager, and Jan Verweijen, Application Engineer from Mpac. They shared their perspective on market trends and how AI serves as a valuable tool for producers.


<h2>Once considered cheap, reusable paper is now changing how machines work</h2>
Traditionally single-serve sticks are made of multi-layered films and foil.

“That is now abandoned because it's very difficult or impossible to recycle it because you need to try to split the different materials from each other,” explains Frank

Instead, new materials have emerged, challenging the industry and old beliefs. Jan adds that what was labeled five years ago as “cheap” is now becoming increasingly popular.

“Customers are looking for better reusable carton material so that paper can be reused multiple times. When paper is frequently reused, the fibers become smaller, resulting in weaker cardboard material.”

The engineers from Mpac have tackled the issue with a five-head feeder on the VENTO-c cartoner as Jan explains. “It is actually a carton erection system that runs at a lower speed in a high-speed application.”

This means that the carton is not brought up directly from the magazine into the carrying lugs but moves with an eccentric rotation towards the lugs. This brings down the direct movement and by doing this lower-quality cardboard material can be handled more gently.
<h2>AI counts the sticks and helps with finding malfunctions</h2>
The VENTO-c comes with an Intelligent Machine Interface (IMI). This displays the status of different parts of the equipment, necessary maintenance, or changeover procedures on a screen.

Frank adds that it is fully programmed, and can even show video instructions to the engineers, in addition to the manual itself. But the innovations do not stop here.

Another development that the engineers are looking at is using AI to check if all the cartons are accurately filled.

“If you have a large number of sticks, it's very difficult to measure if the filler machine made an underweight stick or if a stick is missing,” illustrates Frank if the system displays the wrong weight after cartoning. In this case, the AI aids with counting all the sticks, helping to identify whether the issue lies with the filler or elsewhere.

Using AI is paving the way to make the production of supplements and nutraceuticals more seamless, but as Jan laughs there is not a single project without a challenge. Nevertheless, the Mpac engineering team is ready to embark on new challenges and help make the cartoning of supplements better!

Keeping up with the trends: cartoning sustainable materials and utilizing AI all at once

Food

Our food chain starts in the soil, growing crops and livestock. But between the fields and the stores, there is a line of industrial food processing equipment. Processes may be as minimalistic as cleaning fruit and as complex as homogenizing milk alternatives made from pressed legumes. In each case, processing technology is an important link in the food production chain.

Eating is more than just nutrition, but we have found ways to increase the nourishing power of our foods. Nutraceuticals manufacturing, from vitamin C powder and probiotics to omega 3 oil, is a concentration of natural ingredients and health supplements that complement our diets. While dietary supplements are not quite haute cuisine, the process of extraction and purification is no less a blend of science and art.

Nutraceuticals

The building blocks of matter have driven the imagination of philosophers, scientists, and artists for millennia. But, for manufacturers, these elements have a more concrete existence as powders. Powder processing technology conditions these primary materials to create a vast range of products, from chemicals and foods to pharmaceuticals and ceramics.

Powder

The traditional method for gummy and jelly production uses starch to keep the ingredients from sticking to the mold trays. But, as an organic byproduct, starch raises concerns about microbial contamination. Moreover, starch leads to coarser edges of individual sweets, lowering the quality of the end products. The use of starch presents many hygiene and cross-contamination risks, as well as efficiency, quality and financial compromises.

<h2>Make high-definition gummies that are free from starch</h2>
The ServoForm Flexi system for gummies and jellies from Baker Perkins is designed for starch-free production. Starch-free depositing is both more hygienic and economic than traditional starch mogul production for the lower throughputs that are typically required for functional, nutraceutical and healthcare markets.

The ServoForm Flexi system offers the capability to produce gummies and jellies with longer setting times. 3D, solid, striped, centre-filled and layered products with gelatin, pectin or specialized gelling agents are deposited at final solids so no drying is required, only setting/conditioning.

A unique single-piece plastic mould allows for rapid product changeovers. The strong, rigid construction provides resistance to twisting to maintain depositing accuracy and stack stability, and is designed to survive both manual and automatic handling for multiple cycles. They are temperature resistant to allow hot product and automatic washing.

Flexible Output Line For Gummies and Jellies

Tech is [was] keeping vitamin gummy manufacturers from cutting starch

Chewy, sweet, and nutritious. Vitamin gummies were a couple’s attempt to get their child to take their essential micronutrients. The idea quickly caught on, and manufacturing vitamin gummies soon grew into a whole new industry.

Vitamin gummies

Gummy bears are iconic confectioneries known for their playful shapes and fruity flavors. They have gained immense popularity worldwide due to their versatility and appeal to a wide variety of tastes. In addition to being delicious, gummy bears are also easy to produce, particularly in small quantities. For medium to large-scale production of gummies, there is a multitude of gummy manufacturing equipment to help ensure that you end up with a good product.

Gummy Bears

Baker Perkins supplies technology for the bakery, biscuit, confectionery, supplements, snack and breakfast cereal sectors, The company's production machines are based on over 100 years of experience in the field.

When the starch mogul was first introduced in the early 1900s, it revolutionized the way jellies and gummies were produced.

The machine punched a mold into a bed of starch, much like an industrial cookie cutter. The gelatinous mixture was left to set until the starch absorbed enough moisture to produce a solid.

Although gums took hours to form, the technique relatively quick method for mass-producing candies in a more-or-less consistent shape. But it didn’t come without its costs. Manufacturers now needed extra space for starch rooms and a whole new process of filling starch trays, then separating the starch from the formed candies and drying it again for re-use.

Nevertheless, the clouds of starch particles that filled the shopfloors were a step forward from the laborious hand-forming of the day.


<h3>New gummy products, old manufacturing methods</h3>
The mogul technique is still widely used today, but gummies have changed considerably over the decades. Gummy products have expanded to include medicated formulations like vitamin gummies. Meanwhile, greater awareness of the contamination risks associated with starch is prompting regulators to introduce stricter validation standards for manufacturers.

Bulk starch sitting in storage is fertile ground for microorganisms, including pathogenic ones. This raises a new set of challenges, particularly for producers of vitamin gummies. They must constantly monitor the starch for microbial contamination and treat it with radiation before using it.
<h3>The time of starch-free production technology</h3>
Baker Perkins developed a system to manufacture high-quality gummies without any starch. The syrup formula is accurately deposited into 3D molds made from food-grade material.

But besides eliminating contamination issues, removing starch from the process simplifies the operation. No tray-filling, no handling issues, and no starch drying. In addition, the system allows manufacturers to form high-definition vitamin gummies with multiple coloring possibilities.

Unlike traditional methods, starch-free production simplifies demolding while fully preserving the shape of the gums. Keith Graham, marketing manager at Baker Perkins, explained to us how the combination of the mold material, the surface finish, and a special spray solution impacts the end product. “Getting these parameters right is the key to achieving 100% demolding.”

The reasons to move past the starch mogul have been mounting for years. But, just like the time the mogul was invented, the industry needs an efficient alternative to take the leap.

Baker Perkins has roots in the same era when the starch mogul became the obvious way to produce jelly products. The next step forward is taking vitamin gummies starch-free.

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Pharmaceutical

To make candy, all you need to do is create a syrup by dissolving sugar and boiling it to your desired consistency. For medium to large scale candy production, candy making equipment fully automates the whole process and takes care of other production regulations and standards (such as hygiene and proper homogenization). Planning on getting one? There’s a wide range of choices to pick from.

Candy

Find production technology for Vitamin C packing, and connect directly with leading machine manufacturers worldwide

Vitamin C packing

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Vitamin C packing Equipment

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