Precision 2k dispenser for automated systems
Achieve precise mixing and dispensing of two-component materials with minimal space requirements, enhancing efficiency and versatility in automated production systems.
Mixes and Dispenses Dual-Component Materials
The ViscoDuo-P 4/4 from ViscoTec Pumpen- u. Dosiertechnik GmbH is a compact, dual-component dispenser specializing in precision mixing and dispensing for industries like automotive, electronics, and pharmaceuticals. Its valve-less design and minimal footprint integrate seamlessly into automation systems, reducing space requirements. The equipment utilizes a volumetric piston system ensuring a precise ±1% dosage accuracy, ideal for applications involving polymeric resins, dental composites, and lithium-ion battery components. With the ability to cascade units, it offers scalability and enhanced system performance with low operational costs. The system’s design minimizes material waste and simplifies cleaning, optimizing efficiency and process stability. Configurable for specific dosing tasks, it maintains high repeatability and precision, ideal for industries demanding stringent quality control.
Benefits
- Maximizes precision with ±1% dosage accuracy, ensuring consistent product quality.
- Integrates effortlessly into compact automation setups, optimizing production space.
- Reduces material waste through efficient design, lowering operational costs.
- Scalable system configuration accommodates growing production needs.
- Simplifies cleaning and maintenance, minimizing downtime and supporting continuous operation.
- Applications
- Electronics parts,E-mobility solutions,General industry products,Medical devices,Automotive components,Consumer goods,Dental products,Cosmetics,Aerospace components,Food products,Pharmaceutical products,3d printing materials
- End products
- Catheters,Lithium-ion battery components,Polymeric resins,Lightweight composite panels,Thermal interface materials,Adhesives for industrial assembly,Skincare serums,Chocolate fillings,Dermal fillers,Dental composites,Pcbs
- Steps before
- Material Preparation,Component Selection
- Steps after
- Quality Inspection,System Integration
- Input ingredients
- Output ingredients
- Market info
- Visco Tec is known for its precision dispensing and dosing technology, specializing in equipment for viscoelastic fluids, offering reliable, high-quality solutions for industries like pharmaceuticals, food, cosmetics, and general manufacturing, renowned for engineering excellence and innovation.
- Size
- Kompakte Baugröße
- Weight
- Leicht
- Accuracy
- ± 1 %
- Dosing Size/Capacity
- Individuell konfigurierbar
- Automation
- Vollautomatisiert
- Dosing Type
- Volumetrisch
- Mixer Type
- Statischer Mischer
- Media Flow
- Gleichmäßig
- Compatibility with Automation Systems
- Roboter- und Achssysteme
- Scalability
- Kaskadierung möglich
- Working Mechanism
- Volumetric endless piston principle
- Automation Level
- Automated / Integrated into robotic systems
- Batch vs. Continuous Operation
- Batch / Inline Continuous
- Cleaning Method
- Minimal internal volume for reduced cleaning
- Kaskadierung
- Optional / Multistage cascading
- Precision Level
- ±1%
- Compact System Design
- Small and minimal footprint
- Drop Prevention
- Adjustable retraction feature
- Space Requirement
- Reduces space needs in automation setups
- Abrasion resistance
- Yes
- Corrosive resistance (e.g. acids)
- Yes
- Cleanability
- High
- Density/particle size
- Varied (0.5–2.5 g/cm³)
- Compact footprint
- Yes
- Weight reduction
- Yes
- Discharge method
- Separate outlets
- Footprint optimization
- Designed for reduced space
- Kaskadierung (Cascading Option)
- Yes
- Adjustable retraction
- Yes
- Tray or operation size
- Compact
- Internal volume
- Reduced for cleaning efficiency
- Integration possibilities
- Robotic / Automation systems
- Mixer configuration
- Multiple cascading dispensers
- Mixer type
- Static mixer
- Dosing precision
- ± 1%
- Adjustable dispenser speed
- Yes
- Compact design
- Yes,space-saving
- Weight reduction feature
- Implemented for robotic systems