Products & Services News
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Fluoropolymer Component Coating
A nanostructured biocompatible coating of thin fluoropolymer layers can be applied to elements of precision assemblies, such as probes, sensors, micron-scale nozzles and orifices, and microelectromechanical systems, in order to resolve surface problems when these components are used in critical medical device, industrial, and biotechnology applications. The service provider plasma-bonds the Fluoropolymer NS coating onto the component surface by means of an ultra-high-vacuum precision process performed at room temperature. The customized vapor deposition process results in a coating with very tight tolerances and exhibiting no clogging or bridging; in addition, the substrate is not damaged. Treated surfaces have low surface energy, improved friction and wear properties, less tendency to stick or seize, and much better surface-release and liquid-dispensing capabilities. The USP Class VI coating imparts enhanced hydrophobicity and a nonstick surface even to intricate components, with zero dimensional change. Surface Engineering Associates Corp., Eldersburg, MD.
Marking Machine
A bench-type machine for marking all types of material up to a hardness of 62 HRc features an integrated control unit that operates without a computer interface. Using micropercussion technology and a pneumatic or electromagnetic stylus, the user-friendly, virtually plug-and-play P5000 marks parts as high as 300 mm at speeds to five characters per second. The marking zone is 100 × 120 mm, and character size may be anywhere from 0.5 to 80 mm in steps of 0.1 mm. A large viewing window allows the operator to preview a text or graphic in advance of marking. Modular and expandable, the unit can perform cylindrical part marking, automatic tag marking, or other operations as required, and can be equipped with foot switches, a quick-start/quick-stop control panel, deoiling air filter, and other options. Pro-Pen USA, Charlotte, NC.
LCD Module
A 5.6-in. thin-film-transistor (TFT) color liquid-crystal display (LCD) is designed to provide easy programmability for the rapid creation of a graphical user interface (GUI) in various product applications. Thus eliminating the time requirement for designing customized hardware or software, the midsize ezLCD-004-EDK display module allows the design engineer to focus on customizing the GUI for the particular product application. Its TFT LCD has 65,535 colors and an integral 32-bit embedded processor and controller that make possible fast turnkey GUI integration. The proprietary design features an integrated resistive touch screen, 5-V supply voltage, and RoHS compliance. Following quick connection via a serial, USB, RS-232, SD/MMC, or SPI communication port, the LCD module is available for bitmap images, fonts, and icons to be uploaded quickly and controlled with a microcontroller or PC. EarthLCD, San Juan Capistrano, CA.
Toggle Press
A precision hand-operated toggle press with integrated process and electronic stroke control is designed for use with intricate press-fit assemblies. The ManualPress 311/PressControl 3000 toggle press system generates high force at the end of the stroke and press forces of 100 to 2700 lb, while providing the sort of sophisticated process monitoring associated with servo-controlled presses, including 100% process verification, complete force and stroke monitoring, and statistical process control. Featuring a patented programmable electronic stroke lock and mechanical clutch, the press offers built-in protection against damage to produced parts and force sensors and assurance that the user will complete the operation. Fine adjustment capability allows the pressing depth to be set precisely. The control system includes a touch screen display and menu-driven software, while optional data-transfer software connects the system to a Windows-based PC. Schmidt Technology Corp., Cranberry Township, PA.
Cylinder Position Sensor
A twin-set sensor comprising two sensing heads connected by an overmolded cable augments an existing line of cylinder position sensors. The power and signal wires of this BIM-UNT sensor are combined in an integral M12 connector on the sensor, allowing customers to use just one four-wire cord set to connect the dual sensor to their programmable logic controllers. Useful for detecting the extended and retracted positions of the cylinder’s piston for longer cycles, the twin-set sensor offers high sensitivity and switching accuracy and a fast response. It is also suitable for multiple-cylinder installations because of its requirement for only one harness. The sensors in this family are of the universal-magnetic-field type that detects the position of a piston on standard pneumatic cylinders. They are 28 mm long, with their active sensing faces located at the end of the sensor. Turck, Minneapolis.
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