The FlexPro® laser system provides the speed of galvanometer processing with the versatility of an XY motion system.
The Mini FlexPro® laser processing system offers innovative solutions for high-speed laser processing of flexible circuits.
The WebPro Series of digital laser cutting systems are rapidly re-configured for changing job requirements.
The Preco Medical RT1000 is designed for precision laser cutting of small diameter tubes.
FlashLite G Modules provide high-speed, laser processing for through cutting, kiss-cutting and perforating.
Medical devices have demanding constraints in terms of quality and often require challenging industrial manufacturing processes. For these reasons, laser processing is gaining significant growth in medical device manufacturing. Laser processing fulfills the quality requirements for perfectly clean and hygienic surfaces, free of any material residue. Preco, Inc. offers standard and custom built laser systems to cut, weld, score and ablate a wide variety of films, textiles, metal and plastic medical components used for microfluidics, wound care, patient monitoring, wearable sensors, surgical tools and implant devices such as stents and catheter guide wires.
The need for the highest yields and production rates calls for rotary die cutting that delivers flexibility and speed.
The four post hydraulic press is our standard flat bed die cutting system and is available in a variety of platen sizes.
Converters need versatility and precision to handle the wide variety of products to meet specific requirements and guidelines for medical products. Preco, a premier supplier of flat bed and rotary die cutting equipment, understands and meets these processing needs. In addition, rotary die cutting is a great option to produce complex laminated medical products.
The Lab-on-a-Chip disposable diagnostics medical market has experienced a growth stage, where automated methods for manufacturing are a necessity for keeping up with demand. The Preco FlexStacker allows device manufacturers the ability to mass produce complete units from pre-fabricated component layers.