HANDLING PROCESSES

High-speed part transfer systems for cleanrooms or aseptic processes; intelligently integrated to link handling systems for downstream stages of assembly.

Designs for reliable feeding and orientation of small or lightweight parts; particularly effective for safely transporting small, unstable parts that cannot be fed in bulk.

Process automation is made possible with flexible gripping and precision handling of parts by robots. Customized turnkey systems for bin picking and assembly for sterile and non-sterile applications.

Automated, high-throughput, ultra-low volume dispensing from pico liters to nano liters (ml, ul, pl). IV bags, flexible, aseptic, infusion, combo, poly, dual chamber, and cryogenic bags for cell and gene therapy. Highly accurate and reproducible, vital to consistently high standards of production.

Various printing technologies (inkjet, pad printing, laser, thermal transfer) for marking on a variety of materials. Some methods support multiple colors and can guarantee accurate positioning of the product for consistent machine-readable results.

Automated systems for de-reeling filter or foil materials through punch/die sets (Feeding and Punch). Punching dies are interchangeable. Custom specifications to meet customer requirements.

Tubes are washed (Ultrasonic, Plasma, Chemical Bath, CO2) in a closed-cycle chamber, with up to 80% of water being returned. For purity, multistage filtering technology, capable of removing particles 0.2 μm in size. Can be followed by siliconization. Tubes are dried at a controlled temperature

Mitigate the risk of microbiological contamination and product adulteration (Lyo, Powder, Reagent), while protecting the operator. Isolators and automated processing create a safe, aseptic environment that maintains separation between product and people.

Custom, high-speed robot solutions provide flexibility for material handling. Designed to optimize system layout, part transfers happen within a multiple shot mold or between multiple machines.

ATS has standard assembly machines for medical devices that require tube handling and joining (example tube sets)

Injection products, such as safety syringes and IV catheters, must be precision manufactured. Tip forming comprises precisely shaping the tube around the cannula. The correctly-oriented needle is directly transferred to the cannula hub for maximum precision.