QIBR Thin Section Bearings Enhance Precision in Semiconductor Manufacturing Equipment for a California-Based Customer

1.Customer Background

A well-known semiconductor manufacturing equipment company in California specializes in the development and production of high-end lithography and wafer handling equipment. The company requires extremely high precision and low friction thin section bearings while also demanding compact and lightweight designs to improve production efficiency.

2.Customer Challenges

In semiconductor manufacturing, wafer handling and precise positioning are critical. However, the customer's previous thin section bearings experienced reduced precision and increased friction after prolonged high-speed operation, affecting production efficiency. Additionally, due to the compact structure of the equipment, the customer needed a solution that offered a small cross-section, lightweight design, and high load capacity.

3.QIBR Solution

QIBR recommended its thin section bearing series, customized to meet the customer’s requirements:

I. Ultra-thin cross-section design – Reduces equipment size and weight, fitting compact systems.

II. High-precision P4-grade machining – Enhances rotational accuracy, ensuring stable wafer handling.

III. Optimized low-friction torque – Lowers energy consumption, minimizes heat generation, and extends service life.

IV. Special material coating – Improves contamination resistance for cleanroom environments.

4.Application Results

I. Precision improved by 30%, reducing wafer misalignment and increasing yield rates.

II. Friction torque reduced by 25%, enabling smoother operation and lowering maintenance costs.

III.Bearing lifespan extended by 40%, reducing replacement frequency and enhancing equipment reliability.

5.Customer Feedback

The customer was highly satisfied with the performance of QIBR thin-section bearings, noting that their high precision and low friction characteristics significantly optimized equipment performance. They plan to integrate QIBR bearings into more equipment in the future.

For more information, feel free to contact QIBR