Customized Brass Turned Parts Sensors Parts Precision Turned Parts CNC Turning

Introduction

In modern manufacturing, Customized Brass Turned Parts, Sensor Parts, and Precision Turned Parts have become an indispensable part through CNC (Computer Numerical Control) technology processing. These parts are extensively utilized in a variety of electronic equipment, automation machinery, and precision instruments, featuring high precision, capabilities for complex shape customization, and excellent material adaptability. We focus on providing customized CNC turning services to customers to meet various special needs.

Features

High Precision Manufacturing

The products use advanced CNC-turning technology to produce customized brass-turned parts, including sensor and precision-turned parts. By utilizing CNC turning's advanced numerical control technology and adaptive correction system, components with strict tolerances of 0.01 mm to 0.1 mm are provided.

High efficiency
When CNC turns Customized Brass Parts and Sensors Parts, CNC machine tools are used to achieve high automation. Except for blank clamping, all processing steps can be completed automatically, and production efficiency is increased by 30% to 50% compared with traditional methods. At the same time, the production preparation cycle of CNC turning is greatly shortened. When changing the processing object, only reprogramming and tool replacement is required, without complex adjustments. The preparation cycle usually only takes a few hours to a few days, saving about 50% of the time compared with traditional methods.

Customized Design

From design consultation, material selection, processing, and manufacturing to surface treatment, we provide one-stop customized services to meet the diverse needs of customers.

1. Processable Material

Brass: Because of its good conductivity, corrosion resistance, and beautiful appearance, brass has become the preferred material for sensor parts.

Stainless steel: Due to its high strength, corrosion resistance, and wear resistance, it is widely used in medical equipment, aerospace, and automotive manufacturing.

Titanium alloy: Its high strength, low density, and good biocompatibility make it ideal for aerospace and medical implants.

Aluminum alloy: With its lightweight, high strength, and good processability, it occupies an important position in automobile manufacturing and electronic equipment.

Plastic: Suitable for parts that need to be lightweight, insulated, or have a specific appearance.

2. Processable types

Sensor parts, precision connections, transmission parts, regulators, assembly parts

3. Available surface treatments

Electroplating: Techniques such as nickel plating, chrome plating, and zinc plating are used to enhance the corrosion resistance, aesthetics, and conductivity of parts.

Anodizing: This process is suitable for aluminum alloy parts, as it can improve their corrosion resistance, hardness, and wear resistance.

Sandblasting: This method is used to remove the oxide layer from the surface of the part, increase its roughness, or achieve a specific aesthetic effect.

Polishing: This process enables the surface of the part to achieve a mirror-like finish, thereby improving its aesthetics and corrosion resistance.

Spraying: We provide spraying services in a diverse range of colors and materials, including powder coating and paint spraying, to cater to the personalized needs of our customers.

Applications 

Industrial Automation
Customized precision-turned parts, including brass sensor parts, are crucial for efficient and precise machine control. They enhance system reliability and productivity by maintaining tight tolerances.

Medical Devices
Precision-turned parts are essential in manufacturing medical instruments and equipment, ensuring accuracy and reliability in medical procedures. Tight tolerances contribute to effective treatments and diagnostics.

High-End Electronics
Customized precision-turned parts are vital in high-end electronics, providing structural integrity and electrical conductivity for complex circuits. Their precision enhances device functionality and durability.

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