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TRH

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Application:

Power Tool Measurement


Description:

Hex-Drive Rotary Torque Sensors are typically used to verify screw spindles and torque measurements of power driven tools.

TRS

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Industrial Robotic Automation


Description:

Due to safety regulations and consumer manufacturing standards, athletic equipment manufacturers often use Rotary Torque Sensors for commercial product testing.

TRS

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Agricultural Poultry Feeder


Description:

Agricultural poultry feeders are responsible for the equal distribution of feed throughout a poultry house. 

Agricultural engineers often implement rotary torque sensors to monitor the motors operating each feeder.

TRS

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Stanford Solar Car Dyno


Description:

Stanford's 2013 Solar Car Project team utilized FUTEK's Shaft to Shaft Rotary Torque Sensor to emulate what the motor will be subjected to on race day through a dynamometer.

TRH605

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Catheter Torque Test


Description:

Interventional device test systems using the ASTM F2394 vascular model are designed to accurately record the performance features of medical including: catheters, guide wires, stent delivery systems, colonoscopes, endoscopes and scope tools. These test systems require precision equipment to satisfy ISO 25539. FUTEK’s Rotary Torque Sensor – Hex-Drive (TRH605) is fixed to the testing system to measure torqueability of a catheter penetrating a tortuous anatomy.

LSB302

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Reliability Test Stand


Description:

Since 2001, FUTEK has been performing an extensive reliability fatigue test on our LSB302 S Beam Tension and Compression Load Cell.

LCM

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TAVR Valve Durability Testing


Description:

When one of your heart valves fail, you want the replacement to be able to endure the rigors of the human body. TAVR and TVMR valves need to have the durability and reliability to remain in a patient indefinitely. Durability, in this case, is survival at extremely high blood pressures, since the last thing the patient or the doctor wants is the valve to fail during a cardiac event. To accomplish this, a load cell is placed between a linear actuator and a syringe piston that is pumped down forcing fluid into a small pressure vessel allowing the system to hold at a constant pressure.

LSB

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Spring Testing System


Description:

Spring testing systems are ideal for high volume production testing, quality control inspection, and design engineering. In this automated spring testing system an S Beam load cell (LSB Series) is fixed onto the spring test column to measure the spring force in relation to its position.

LSB200

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Medical Valve Sensors: TAVR Fatigue Testing


Description:

Transcatheter valve replacement is a minimally invasive valve replacement technique that enables valve replacement without the need for open heart surgery. TAVR and TVMR valves are inserted via catheter, inflated and locked into place with a balloon. The bovine pericardial tissue and the bio-compatible metal support structure need to withstand the fatigue of opening and closing in rhythm with a beating heart. To test the fatigue resistance of the valve, a load cell is coupled between a linear actuator and a syringe piston that is pumped up and down to simulate the forces inside a beating heart.

NASA Satellite Load Cells

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NASA Satellite Load Cells


Description:

Within NASA's Suomi NPP Satellite are five weather instruments. Commissioned by Raytheon, FUTEK designed two cryogenic load cells for the Visible Infrared Imager Radiometer Suite (VIIRS) aboard the satellite.