Xavier cnc turned components is strictly inspected. It will be ensured that the edges are uniform around all sides and be reviewed from multiple angles. 2.
The product has the advantage of strong compatibility. It can perfectly work with other mechanical systems to bring out the best results. 3.
The product can last for a long time. With its full-shield design, it provides a better way to avoid the leakage problem and prevents its components from damage. 4.
For years, Shenzhen Xavier Precision Components Co., Ltd. has went on the cnc turned components market in an invincible position. 5.
If unfortunately there is damage for cnc turned components during transportation, Shenzhen Xavier Precision Components Co., Ltd. will be responsible for it.
CNC turning stainless steel pins for Smart Bike Lock
Customized drawings high precision pin cnc turning custom parts. This precision CNC turning project. The components, which were fabricated from stainless steel, were designed to spend their service life on a smart bicycle lock. The customer had specific requirements for the steel pins, such as grinding and heat treating for strength and durability.
Material: SS 1.4301
PRODUCTION CAPABILITY: ±0.1mm
Process: cnc turning
Application: Smart Lock pin
Xavier has rich experience in producing cnc turned components . 2.
Shenzhen Xavier Precision Components Co., Ltd. has advanced production and testing equipment. 3.
We have implemented a universal process to achieve our sustainability goals of reducing greenhouse gas emissions, energy consumption, solid landfill waste, and water consumption. We have laid down a customer service objective. We will add more staff to the customer service team to provide timely response and improve resolution times to customer complaints to a minimum of one business day. Over the past years, we have continually made progress in cutting carbon emission. This mainly due to the cutting-edge machinery and facilities which are effective in waste treatment. After we have adopted the energy management plan which was rigorously evaluated for its reasonability. Since then, we have improved water efficiency by 20% during production.