Robotic filler for aseptic pharmaceutical packaging
Effortlessly manage complex aseptic filling tasks with a system designed for seamless integration and precision, enabling fast, versatile production for high-stakes pharmaceutical formulations.

Fills and Seals Containers with Precision
The Flex-Line™ Robotic Filler from ATS Life Sciences Group is an aseptic filling system that excels in precision container filling and sealing for the pharmaceutical, biotech, and life sciences industries. This system integrates state-of-the-art Comecer isolation technology, ensuring sterility and reducing material waste. Capable of handling throughputs of 15 to 200 units per minute, it processes a wide range of containers including RTU vials, syringes, and cartridges, making it ideal for applications such as monoclonal antibodies, insulin injections, and advanced therapy medicinal products (ATMPs).
Utilizing Stäubli robotics, the Flex-Line™ offers clean and precise operations, with servo-driven transport systems controlling container and nozzle movements. It seamlessly connects with upstream and downstream equipment, facilitating processes like de-bagging, label insertion, and vial washing. The system is crafted from durable stainless steel and complies with cGMP, Annex 1, and 21 CFR Part 11 standards, ensuring robust performance in demanding environments.
Further enhancing its capabilities, the Flex-Line™ includes optional features like in-process statistical monitoring, particle monitoring systems, and vacuum-assisted plunger insertion, all integrated via PLC control with Siemens or Allen Bradley options. This equipment’s design allows for quick changeovers and minimal disruption, providing pharmaceutical manufacturers with a customizable, efficient filling solution that supports both high-speed and continuous operations.
Benefits
- Enhances product quality and compliance with in-process statistical monitoring and 100% weight control.
- Minimizes material waste through optimal resource conservation modes.
- Reduces downtime with quick and versatile changeovers for multiple container formats.
- Ensures superior sterility and containment with seamless isolator and RABS integration.
- Offers precise control over production parameters, reducing manual intervention and improving efficiency.
- Applications
- Protein-based therapeutics,Lyophilized products,Nutritional formulations,Pharmaceutical injectables,Biopharmaceuticals,Advanced therapy medicinal products (atmps),503 compounded sterile preparations,Gene therapies,Cell therapies
- End products
- Freeze-dried vaccines,Vitamin d supplements,Crispr gene editing solutions,Monoclonal antibodies,Mesenchymal stem cell treatments,Sterile compounded chemotherapy drugs,Car t-cell therapies,Insulin injections,Recombinant proteins
- Steps before
- De-bagging,De-lidding
- Steps after
- Label insertion,Plunger insertion,Freeze drying,Capping,External vial washing,Tray loading
- Input ingredients
- RTU vials,syringes,cartridges,Active Pharmaceutical Ingredients (APIs),microvials,pre-sterilized vials
- Output ingredients
- filled vials,filled syringes,filled cartridges,injectables,biologics,gene therapies,protein-based therapeutics,lyophilized products,503 compound sterile preparations
- Market info
- Production output
- 15–200 units per minute (upm)
- Formats
- RTU vials,syringes,cartridges
- Changeover time
- Minimum
- Automation
- PLC-controlled servo motors
- Filling nozzles
- Two,five,six,or ten
- Container transport
- Servo-driven robotic
- Material
- Stainless steel
- Compliance
- cGMP,Annex 1,21 CFR Part 11,GAMP5
- Decontamination requirement
- Vaporized Hydrogen Peroxide
- Gas flushing
- Multiple stages
- Particle monitoring system
- Optional
- Production output
- 15-200 units per minute
- Changeover time
- Minimum
- Automation level
- PLC-controlled
- Batch vs. continuous operation
- Batch
- CIP/SIP
- VHP Decontamination
- Isolator Technology
- RABs or Isolator Integration
- Gas flushing
- Multiple stages
- Density/particle size
- 0.5–2.5 g/cm³ / 50–1000 µm
- Container size and shape
- Microvials,RTU vials,syringes,cartridges
- Filling purpose
- Aseptic filling
- Compact footprint
- Minimal space disruption
- Flexibility in container processing
- Micro vials,vials,syringes,cartridges
- Construction Material
- Stainless Steel AISI-316
- Servo-driven Transport
- Precise container and nozzle movement
- Integration Options
- RABs or Isolator
- Filling Nozzles
- Two,five,six or ten
- Changeover Time
- Minimal changeover time
- Pick and Place System
- Stoppers,tips,caps
- Automation Level
- Siemens or Allen Bradley PLC
- Gas Flushing
- Multiple filling stages
- Control panel type
- Siemens or Allen Bradley PLC-controlled
- Integration possibilities
- Upstream modules,downstream machinery
- Changeover time
- Minimum changeover time
- Output configuration
- 15-200 units per minute
- Robotic Integration
- Stäubli robotics
- Containment integration
- RABs or Isolator