These stainless steel casters were designed to prevent corrosion under conditions where there is exposure to moisture, cleaning agents, steam, and caustic or corrosive chemicals. Typical applications include medical and other institutional facilities.
Product manufacturers who seek the high-performance properties of PEEK (polyetheretherketone) polymers can get them in a wide range of colors. A range of color masterbatches that are formulated specifically for use with PEEK materials has been developed.
The P3a robust, linear motor stagehas a unique thermal handling capability as the linear motor coil is integrated into the top assembly plate. This allows optimized thermal conductivity for more robust operation in extreme environments under high duty cycles.
The CV-5000 Vision System offers ultra high-speed image processing for any production line. The (11x) high-speed five mega pixel camera transfers ultra high-definition images (2432 x 2050 pixels) in 61.2 ms (16.3 times/sec), 11 times faster than previous models.
Now offering metric thread options, the ME001 Series of miniature test connectors for medical device leak testing applications delivers mounting and media connection flexibility, securely sealing ultra-thin hypodermic and catheter tubing. Capable of sealing outside diameters (OD) down to 0.
The Model 12M1A Picochip is a high-performance, piezoelectric accelerometer packaged as a surface-mount chip component.
This line of radial air bearings is designed for use in precision rotary motion applications.
A new line of miniature precision coils has been developed for medical applications. Called the MicroCoil System, the coils can have an outside diameter as small as 0.012 in. and an inner diameter of 0.005 in.
The OmniCure LX300 is an LED UV spot-curing system for medical device, microelectronic, and optoelectronic manufacturing applications.
A line of turnkey laser tools provide marking, cutting, welding, drilling, and scribing processes optimized to the unique requirements of medical device manufacturers. They use lasers spanning the entire light spectrum in both high average power and high peak power configurations.
Among the most important factor in medical device design is timely launch to market of a quality product. Aiding designers is an extremely useful processDesign Failure Mode Effects Analysis (DFMEA).
Digital, 3D systems are enabling orthotic and prosthetic devices that provide a better fit and a shorter manufacturing time over more traditional solutions.
Hoping "to help get the manufacturing process moving again," FARO Technologies has
Microchip Technology Inc. a leading provider of microcontroller and analog semiconductors, and Accelerated Designs Inc.