Vacuum transfer system for powders and granules
Effortlessly transfer and manage powders and granules with seamless integration, ensuring material consistency and hygiene while minimizing dust exposure in your production process.
Facilitates Material Transfer and Storage
Fabtech’s Ancillary Systems are engineered-to-order equipment designed to optimize material handling in pharmaceutical, biotech, and healthcare manufacturing. These systems—including In Process Containers (IPC), In Process Bulk Containers (IBC), Lifting & Tilting Devices (LTD), Lifting & Positioning Devices (LPD), and Vacuum Transfer Systems (VTS)—facilitate the transfer, storage, lifting, and positioning of powders, granules, and liquids. Each unit is customizable, constructed with SS 316/SS316L for optimal corrosion resistance, ensuring GMP and FDA compliance.
The IPCs and IBCs feature swivel wheels and locks for easy maneuverability and secure storage, while LPDs use hydraulic powerpack motors for precise positioning. The VTS provides dust-free transfer via an integrated filter system and is PLC-controlled for seamless integration into automated production lines. These systems meet the demands of high throughput environments, with the flexibility to be tailored according to specific bulk densities and particle sizes, and are equipped with WIP ports for quick and effective cleaning. Fabtech supports customization options, ensuring each system is engineered to suit the unique requirements of your production line.
Benefits
- Streamlines material handling processes, enhancing operational efficiency and reducing manual labor.
- Ensures GMP and FDA compliance, providing assurance for regulatory adherence in pharmaceutical production.
- Customizable design allows for integration into diverse production lines without extensive modifications.
- Stainless steel construction offers robust corrosion resistance, prolonging equipment life and maintaining hygiene.
- Vacuum transfer capability minimizes dust and contamination, ensuring a safe and clean work environment.
- Applications
- Powder blends,Liquid formulations,Nutraceuticals,Granules,Biotech products,Healthcare products,Pharmaceuticals
- End products
- Biologics,Granular fertilizers,Protein powders,Vaccines,Injectable vials,Liquid medicines,Oral liquid dosages,Vitamin shots,Powdered drink mixes,Herbal extracts,Tablets,Syrups,Capsules,Probiotics,Dietary supplements
- Steps before
- Blending,Material Transfer,Material Storage
- Steps after
- Material Transfer,Packing,Coating
- Input ingredients
- powder,granules,materials
- Output ingredients
- blended materials,processed materials,stored materials,transferred materials
- Market info
- Material construction
- SS 316/SS316L
- Product contact finish
- Mirror-finished
- Non-contact finish
- Matt-finished
- Mobility
- Swivel wheels
- Safety features
- Lock
- Ventilation system
- Vent filters
- Cleaning ports
- WIP ports
- Lift system
- Hydraulic powerpack motors
- Automation
- PLC-controlled
- Operation interface
- HMI
- Integration
- PLC
- Material transfer
- Swivel wheels for mobility,lock for safety
- System integration
- PLC and HMI control
- Powder and granule transfer
- Vacuum system with dust-free operation
- Safety features
- Vent filters,WIP ports
- Mobility
- Swivel wheels
- Customization options
- Adaptable to various bulk densities and particle sizes
- Batch processing
- Efficient transfer and storage
- Abrasion resistance
- Yes
- Biological compatibility
- Pharmaceutical grade
- Cleanability
- CIP capable
- Corrosive resistance (e.g. acids)
- SS 316/SS316L construction
- Density/particle size
- Varies by application
- Material Construction
- SS 316/SS316L
- Surface Finish
- Mirror-finished (contact),Matt-finished (non-contact)
- Mobility
- Swivel wheels
- Safety Features
- Lock for added safety
- Customization
- Available
- Control panel type
- HMI integration
- Integration possibilities
- PLC integration
- Material type
- SS 316/SS316L
- Mobility features
- Swivel wheels
- Safety features
- Locks for added safety
- Customization level
- Customisable design
- Vacuum capabilities
- Process vacuumisation