Key Features :
- Corrosion Resistance : Brass is highly resistant to corrosion where parts are exposed to harsh chemicals, electrolytes, and constant immersion.
- Strength and Durability : Provides strong and durable support, ensuring that the jig can withstand long-term use without losing its structural integrity.
- Electrical Conductivity : Have excellent electrical conductivity allows for efficient current transfer, ensuring that electroplating is uniform and consistent across the workpiece.
- Easy Handling : Lightweight and ergonomic which is designed for easy handling, quick setup, and efficient use during the electroplating process.
- Long Service Life : The corrosion resistance and durability of brass, the jig has an extended service life.
Process : Turning
Treatment : None
Finishing : Turning
Brass is typically available in round stock form, which is turning is best option to shaping the brass material into the desired form, ensuring high precision, and providing a smooth finish for proper fit and function. The final part of the turning process is for smoothing out any rough surfaces and achieving the desired finish. The overall process ensures high productivity, repeatability, and efficiency, which are crucial for the final product’s performance and longevity.
Material : Brass
Brass is a highly versatile metal alloy primarily composed of copper and zinc. Brass material is crucial as it ensures the jig's durability, functionality, and reliability in its intended use, such as in electroplating and machining processes.
Industry Application :
- Electroplating Industry : Plating of connectors, pins, and other small metal parts.
- Automotive Industry : Assembly fixtures for producing high-precision automotive components.
- Electrical and Electronics Industry : Holding components like electrical contacts, circuit boards, or connectors during assembly or testing.
- Industrial Manufacturing : Assembly and inspection jigs for precision manufacturing components.
- Medical Device Manufacturing : Fixtures for positioning components during the testing and calibration of medical devices.
- Precision Engineering and Tooling Industry : Production of high-precision tools such as calipers, gauges and measuring instruments.