ONLINE VIDEOS DEMONSTRATE PNEUMATIC CONTROL OF UNWANTED MOTION IN DYNAMIC SYSTEMS
Airpot introduces the first three in a series of online technical product videos which illustrate pneumatic control of unwanted motion using Airpot dashpots, snubbers and air-bearing actuators.
Dynamic systems often produce unwanted motion and the need for control of velocity, time delay, falling mass, vibration, oscillation, over action and impact. Airpot’s glass cylinder and graphite piston technology is used to control motion by pneumatic damping, actuating with air or vacuum, applying a precise force, for pumping or pulsing air, and to sense, indicate, or relieve pressure. The videos are 3-4 minutes long and graphically illustrate cushioning impact with an Airpot snubber device, the unique properties of the Airpel –AB zero friction air bearing actuator and the differences between pull and push damping. The online video offerings are part of Airpot’s new website which includes improved functionality that now allows designers to configure 3D CAD files of non-stock products with construction requirements specially tailored to the application.
Airpot Corporation manufactures instrument quality, precision Air Dashpots, Snubbers, Pneumatic Actuators, Airpel Anti-Stiction Air Cylinders and -AB Air Bearing Actuators. Airpot welcomes custom requirements and routinely works with customers to adapt products to suit their individual application needs. Value added sub-assembly services are also a specialty. Airpot Corporation is a trusted supplier to many of the world’s most prestigious original equipment manufacturers. Visit www.airpot.com for detailed specifications. Call or email our technical staff for application assistance and ordering information. firstname.lastname@example.org 203-846-2021, 800-848-7681.
Key Markets: Semiconductor, Electronics, Medical Devices, Metrology, Test & Measurement, Laboratory Diagnostics.
Key Applications: filament & wire tensioning, positioning and manipulating optics, liquids, delicate devices, super sensitive force control, counterbalancing and safety for vertically positioned linear driven motor masses, Measuring weight, creep, tensile strength and calibration.