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Industrial buyers need to balance tolerance accuracy, material durability and production costs when purchasing OEM CNC machined brass precision components. Our focus on precision machining ensures every brass latch nut, bushing and custom fastener meets the precise specifications for automotive and electronic applications. Our CNC turned bushings have tolerances up to ±0.005mm, ensuring reliable performance.
When sourcing OEM CNC machined brass precision components, industrial buyers face the constant challenge of balancing tight tolerances, material durability, and cost-effective production. Our expertise in precision machined parts ensures that every brass insert nut, bushing, and custom fastener meets exact specifications for automotive and electronic applications.
01 Tight tolerance CNC turned bushings
Our CNC turned bushings are manufactured to tolerances as close as ±0.005mm, ensuring reliable performance in high-vibration environments. These precision machined parts are ideal for automotive gearboxes and electronic sensor housings, where even micron-level deviation can cause system failure. We use multi-axis lathes and real-time inspection to maintain consistency across every batch.

For applications requiring self-lubricating properties, our bronze and brass bushings reduce maintenance needs in industrial machinery. The combination of tight tolerance and material selection directly addresses the common pain point of premature wear. Buyers in automation and medical device manufacturing trust our bushings for long-term reliability under continuous operation.
02 Durable brass insert nuts for plastic molding
Brass insert nuts are essential for creating strong, reusable threads in plastic components, especially in consumer electronics and automotive interiors. Our press-fit nuts are designed with helical knurling and undercuts that maximize pull-out resistance and torque retention. Unlike heat-set or ultrasonic inserts, our brass insert nuts install easily during molding, eliminating secondary operations.
Plastic parts often fail at threaded joints due to creep or stripping. Our high precision custom fasteners solve this by distributing clamping forces evenly and resisting loosening from thermal cycling. For manufacturers of medical devices and telecommunications equipment, our insert nuts provide metal-like durability without adding weight or complexity.

03 Custom precision pins and shafts for automation
Precision ground shafts and custom locating pins are critical for alignment and motion control in robotics and assembly lines. Our OEM precision parts include stainless steel pins that resist corrosion and wear, even in harsh industrial environments. We produce custom pins with diameters from 0.5mm to 50mm, including stepped, threaded, and dowel designs.
For automation equipment requiring extreme reliability, our precision turned eliminate parts play and ensure repeatable positioning. We also offer custom copper sleeves and stainless steel shafts for sensor manufacturing, where electrical conductivity and magnetic neutrality matter. Every part undergoes 100% dimensional inspection using optical comparators and CMM machines.
04 High-volume production of custom hardware
Many buyers struggle with suppliers who excel at prototyping but fail at high-volume production. Our facility combines Swiss-type CNC lathes and multi-axis machining centers to seamlessly scale from 50-piece custom orders to millions of units. We maintain raw material inventory of brass, copper, bronze, stainless steel, and aluminum, ensuring fast lead times.
Our quality control includes material certification, in-process probing, and final surface finish inspection for plating, passivation, or anodizing. We also provide custom design support, helping customers select the right material and geometry for their application. Whether you need brass insert nuts for high-volume automotive assembly or custom CNC machined parts for medical devices, our single-source solution reduces supply chain complexity.
What specific tolerance or material challenge are you facing with your current precision hardware supplier, and how can we help solve it for your next project?