Wireless vial loading and unloading system for freeze-dryers
Enhance aseptic processing with this stand-alone, wireless vial transfer system, designed for seamless integration into freeze-drying operations, minimizing contamination and optimizing efficiency.

Transfers and Handles Vials for Freeze-Drying Operations
The DA VINCI Wireless Vial Loading & Unloading System from IMA Life revolutionizes aseptic processing by offering a standalone, battery-driven transfer module that enhances vial handling in freeze-drying operations. Designed for pharmaceutical and biotech industries, this system efficiently processes liquid formulations, such as vaccines and biologic drugs, by minimizing contamination risks through wireless communication and precise laser-based position verification.
Key features include seamless integration within open/closed RABS and isolator environments, enabling a fully automated transfer of vials in and out of industrial freeze-dryers. The compact design eliminates protruding components, resulting in a reduced footprint and simplified maintenance. Capable of supporting up to eight hours of operation without battery recharge, the DA VINCI system ensures continuous production flows with minimal downtime.
The system facilitates “ambient” and “cold” shelf loading, and its design requires minimal FIFO integration track between upstream and downstream processes, such as between exit fillers and infeed loaders. This enhances overall process efficiency and supports compliance with regulatory requirements for aseptic manufacturing. Additionally, it is available in corrosion-resistant materials suitable for stringent pharmaceutical standards, ensuring durability and longevity in demanding production environments.
Benefits
- Enhances production efficiency with autonomous, wireless vial handling.
- Minimizes contamination risk in aseptic processes through contactless operations.
- Reduces manual labor and associated costs with automated operation.
- Ensures continuous operation with up to eight hours of battery life.
- Compact design optimizes space utilization in freeze-drying setups.
- Applications
- Biopharmaceuticals,Liquid formulations,Pharmaceuticals
- End products
- Lyophilized drugs,Biologic drug vials,Injectable insulin,Oncology drug vials,Sterile saline solutions,Vaccine vials,Monoclonal antibody drugs
- Steps before
- Filling,Capping
- Steps after
- Freeze drying,Capping,Packaging
- Input ingredients
- vial packs,freeze-dryer inputs
- Output ingredients
- vial packs out,freeze-dryer outputs
- Market info
- IMA is known for its expertise in manufacturing automated packaging machines and solutions, particularly for the pharmaceutical, cosmetics, food, tea, and coffee industries, offering innovative, high-quality equipment and comprehensive customer service.
- Automation
- Wireless communication
- Battery operation
- Up to 8 hours without recharging
- Position verification
- Laser principle
- Shelf loading type
- Ambient and cold shelf loading
- Vial pack movement
- Stand-alone battery driven transfer module
- Footprint
- Extremely compact
- Integration track
- Minimum need for FIFO
- Standardized shelf dimensions
- Various (e.g.,942 x 916 mm,1,552 x 1,830 mm)
- Working Mechanism
- Battery-driven transfer module
- Integrated Steps
- Loading and unloading of vial packs
- Automation Level
- Fully automated
- Wireless Communication
- Included
- Changeover Time
- Easy and simple battery changeover
- Batch vs Continuous Operation
- Batch
- Easy Integration
- Open/closed RABS or isolator containment
- Loading Duration
- Up to 8 hours without battery recharging
- Shelf Loading
- Ambient and cold
- Position Verification
- Laser principle
- Density/particle size
- 0.5–2.5 g/cm³ / 50–1000 µm
- Vial Handling
- Ambient / Cold Shelf Loading
- Machine footprint
- Extremely compact
- Shelf dimensions
- Various sizes
- Transfer module
- Battery-driven,stand-alone
- Discharge method
- Wireless communication with vial transfer unit
- Design concept
- No actuating pushing mechanism in front or back
- Compact footprint
- Yes
- Control panel type
- Wireless Communication
- Integration possibilities
- Easy integration in open/closed RABS or isolator containment
- Transfer unit type
- Fully independent,self-driven,stand-alone