Our "Shield Box (Radio Wave Shielding Box) PSB Series" has been developed with the theme of supporting our customers' "quality inspections." We provide an environment that "blocks external radio waves and prevents internal radio waves from leaking outside," which is necessary for testing wireless communication devices. Using the know-how from the "Shield Box (Radio Wave Shielding Box) PSB Series," we accommodate various customizations such as compact, simple, windowed, and automatic opening and closing types, as well as various interfaces and conditions. (Supported interfaces include Dsub / USB / LAN / HDMI / various coaxial connectors / air inlets for pneumatic equipment, etc.) We have published a collection of case studies for customized shield box production, so please take a look.

Here is an example of a motor environmental testing device. At Protec, we have also manufactured a wide variety of testing machines. Please take a look at the case studies as well.

New case of environmental testing equipment for motors. At Protec, we have developed a wide variety of testing machines. For example, we also handle mechanical testing equipment for medical metal bone screws. Please take a look.

An example of a research and development stirring torque measurement device constructed using a multifunctional controller and a built-in torque sensor has been newly published. Please take a look.

New case study on measuring the stirring torque of a suspension. This is a case where the torque during toner stirring was measured in the product state. Our original built-in torque sensor demonstrates its effectiveness in verification tests during development and quality inspections during mass production. We encourage you to consider it.

We have added the latest products and enhanced the content. *For details, please download the catalog from below or contact our sales department.*

The load for motor development can be applied using motor braking. It is possible to control speed and torque, allowing for measurement of variations in rotational speed while maintaining a constant load torque, or measurement of load variations while controlling to a constant speed. An AC servo motor is used for the braking motor, enabling low inertia and high precision measurements.