Company Advantages
1. The quality tests for Xavier broaching gears mainly include seven aspects: its allowable deviation, finish appearance, seam limit, paint quality, water content, formaldehyde emission, and harmful substance content.
2. Xavier makes targeted improvements, preventing quality problems.
3. This product is able to produce super quality water and has long longevity, providing optimal operational costs for our customers.

The parts are used on the robot's rotating device, so it has high precision requirements: flatness 0.1mm, parallelism 0.1mm, circular runout 0.05. 

Besides, because the material is very hard, we use a customized tungsten steel cutter to process and strictly control the life of the cutter, thus ensuring the processing precision and quality of our products.

From concept design to sample trial production, mass production processing, and final delivery, we can provide one-stop service. If you have any questions, please feel free to contact us.

Company Features
1. Shenzhen Xavier Precision Components Co., Ltd. is well-known for its greatest broaching gears with competitive price.
2. The coordinated development of technology development and research will ensure the quality of robot gears.
3. We will always mobilize employees in our different departments to work together to find solutions to help create a greater positive impact. Inquire now! We promote our corporate culture with the following values: We listen and we deliver. We are constantly helping our customers succeed. Inquire now! Our company is engaged in sustainable management. We regularly discuss strategies in order to accurately grasp the changes in the social needs of the international community and reflect them in management from a long-term perspective. Our company bears social responsibility. We have approaches to reducing carbon footprint ranging from designing next-generation products to working proactively to achieve zero waste to landfills by investing in state-of-the-art equipment into recycling the clean waste from production.