Non-magnetic Steel Weight

• Self-developed non-magnetic alloy powders for optimized uniformity and density.
• High-precision MIM/PM processing ensures tight tolerances and consistent weight distribution.
• Near-net-shape manufacturing reduces material waste and production costs compared with traditional machining.
• Excellent corrosion resistance through controlled sintering and post-processing surface treatments.
• Superior dimensional stability under thermal cycling and mechanical vibrations.
• Capability to produce complex geometries including holes, slots, and threaded inserts without additional machining.
• Scalable for high-volume production with batch-to-batch consistency.

Traditional machining of solid steel often results in variable internal structure, higher material waste, and significant post-processing costs. In contrast, NEWLIFE's self-developed powder formulations allow near-net-shape manufacturing, reducing machining time while improving dimensional accuracy.

This results in highly repeatable mass tolerances and enhanced performance in sensitive equipment, including sensors, medical devices, aerospace instruments, and robotics. The PM/MIM process also ensures excellent corrosion resistance, thermal stability, and vibration tolerance, making these weights suitable for dynamic and high-precision environments.

NEWLIFE's PM/MIM technology allows precise control of density, microstructure, and mechanical properties that cannot be achieved with conventional machining or casting.

By leveraging proprietary powders and sintering protocols, the weights achieve consistent performance, reduced material consumption, and lower manufacturing costs while delivering superior resistance to deformation and wear.

This combination of high performance, manufacturability, and cost efficiency highlights the clear engineering advantage of PM/MIM over traditional approaches.