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  • Miniature Ball Screws for Life Sciences
    Medical devices require space saving and highly efficient components. Miniature ball screws as small as 3 mm, with 0.5 mm pitch, offer the perfect precision linear drive mechanism for many medical actuators. Custom configurations, often integrating components attached to the ball screw, provide
  • Micro-Precise Surgery Assistant
    in placing an implant with respect to the preoperative plan is of less than 1.5 mm. Six of Faulhaber's DC brushless smoovy(R) gear motors with custom drive electronics drive the linear actuators based on a high precision, miniature lead screw design. Accurate and absolute displacement measurement
  • Load Cell Application - Car Door Test
    | Bending Beam Load Cell | Canister Load Cell | Column Load Cell | Compression Load Cell | Custom Load Cell | Donut Load Cell | High Capacity Load Cell | Low Capacity Load Cell | Miniature Load Cell | Pancake Load Cell | Precision Load Cell | Pressure Sensor | Reaction Torque Sensor | Rotary Torque
  • Medical Device Link .
    as the miniaturization of existing devices. PFL- and PFCL-series linear actuators are stepper motors that enable linear motion without any outside mechanical transformers. The actuators are available in a
  • Integrated motion module chops $500 from machine cost
    -to-install linear module guarantees alignment of the miniature recirculating ball slide and Acme leadscrew drive. The prealigned miniature ball rail and leadscrew are simply bolted to the machine. The device allows eliminating alignment steps and reportedly saves about $500 per unit in assembly
  • What You Ought To Know About Ball Screws
    Whether the goal is high precision or low cost, ball screws are often the best option for linear actuation. Thomson Saginaw Ball Screw Co. Miniature ball screws are an efficient low-cost option for linear actuation. The mechanisms are used in a variety of automotive applications and come in sizes
  • The Rate Integrating Gyroscope (RIG), Part 1
    , therefore, will only provide an output response to a turn or spinning (angular) input motion, and will not respond to a linear input. Figure 1 depicts a RIG in simplistic form. It is what is known as a single degree of freedom type gyroscope. If the case is firmly tied to a structure, the freedom
  • Why is MEMS the Preferred Technology for High Shock Measurement?
    . in accelerometers in the 1970s encouraged the development of the first. 3. Walter, Patrick L., "Lessons Learned in Applying Accelerometers to. all silicon (MEMS) high shock accelerometer in the 1980s. MEMS. Nuclear Effects Testing", Shock and Vibration, Volume 15, Number. (miniature

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