Shimadzu Option Parts Radial Unit 2 Assy 303 for TMP-203, 403 Series Molecular Pump

The Shimadzu Option Parts Radial Unit 2 Assy 303 is a precision assembly comprising the Radial Magnet Bearing 2 and Radial Sensor 2. Designed as genuine replacement components for the TMP-203 and 403 series molecular pumps, this unit ensures optimal performance and stability during pump operation. The radial magnet bearing maintains rotor alignment, while the integrated sensors provide critical real-time feedback for precise magnetic levitation control.

Specifically engineered for the TMP-203 and 403 series molecular pumps, this assembly is indispensable for users requiring maintenance or upgrades. Its direct compatibility eliminates compatibility risks, guaranteeing seamless integration with your existing system. For pumps experiencing bearing wear or sensor malfunctions, this unit is a must-have replacement part to restore functionality. non-standard maintenance parts like this are vital for extending the lifespan of high-vacuum systems.

Manufactured to Shimadzu's stringent quality standards, the radial unit features corrosion-resistant materials and precision-engineered components. This ensures long-term durability under extreme vacuum conditions. The sensors incorporate advanced signal transmission technology to minimize latency, enhancing overall system responsiveness. For laboratories or industrial settings relying on TMP series pumps, this part is a cornerstone for maintaining operational reliability. Should you require additional Shimadzu molecular pump components, our comprehensive inventory covers a wide range of repair and replacement needs.

Before installation, always verify compatibility with your pump model. For TMP-203/403 series users facing bearing degradation or sensor inaccuracies, this assembly offers a straightforward solution. Pair it with other genuine Shimadzu non-standard parts for complete system optimization. Contact our technical support for installation guidance or assistance with part identification.