SCIENCEGATE

Application:

Wire Tension Measurement

Description:

Wire tension measurement is an integral part for manufacturers of fibers, cables, and even textile fabrics. Miniature Load Cells are used to measure the tension or compression forces of the wires.

Application:

Linear Test Stand

Description:

Many industries use load cells to measure their presses or impact stands. FUTEK’s LSB200 Load Cell is suitable for applications needing precise, low-capacity impact measurements.

Application:

Multihead Weigher

Description:

Load Cells and Force Sensors are commonly used to automate production lines. By using these sensors, production engineers are able to control the automation process and improve their overall quality.

Application:

DNA Synthesis

Description:

In DNA synthesis, bio-medical engineers can utilize FUTEK’s LSB200 for its precision and sensitive capacity range.

Application:

Test Subject Behavioral Phenotyping

Description:

High-throughput systems are designed for scientific experimentation and are often used in drug discovery. Using robotics, data processing, control software, liquid handling devices, and FUTEK’s LSB200 Jr. Miniature S-Beam Load Cells, high-throughput systems are engineered to analyze behavioral phenotyping (including movement, feeding, and drinking).

Application:

OEM Test Stand

Description:

In delicate application such as this, it becomes vital to perform accurate quality audits on equipment used in health-care practices. Therefore, utilizing OEM load cells to audit syringes (infusion pumps) provides medical quality inspectors with assurance that these apparatuses will perform up to code.

Application:

Syringe Test Stand

Description:

Medical equipment requires precise testing. Utilizing FUTEK's LSB200 Jr. Miniature S-Beam Load Cell provides quality inspectors with measurements down to the micro-gram on delicate applications, such as this syringe test stand (infusion pump).

Application:

Humanoid Robot Load Cell

Description:

FUTEK partnered with The Robot Studio, a specialist in biometric robotic hardware, to construct a full functioning humanoid robot. There are over 60 of FUTEK's LSB200 Jr. Miniature S-Beam Load Cells in operation monitoring the robot's movements.ircumstances vectored exhaust thrust can also be measured.

Application:

Catheter Track Force Test

Description:

Interventional device test systems are designed to accurately record the performance features of medical devices including: catheters, guide wires, stent delivery systems, colonoscopes, endoscopes and scope tools. FUTEK’s Submersible Jr. Miniature S-Beam Load Cell (LSB210) is fixed to the testing system to measure trackability of the catheter through a tortuous anatomy.

Application:

Robotic Catheter Force Measurement

Description:

Accuracy and sensitivity are extremely critical during intravascular procedures. In this application, FUTEK’s LSB200 Miniature S-Beam Jr. Load Cell gives medical practitioners the accuracy and precision that is necessary for robotic intravascular procedures.