Turning
45° inclined bed, excellent chip drop performance in processing area
Milling
45° inclined bed, excellent chip drop performance in processing area
ULTRASONIC
45° inclined bed, excellent chip drop performance in processing areaShenzhen Boxing Ruixun Technology Co., Ltd was established in 2015, mainly engaged in CNC machining, 3D printing, Vacuum Casting, Injection molding, Sheet metal fabrication, Surface finishing business. We have established a perfect enterprise culture with humanistic care, and enjoy Shenzhen's convenient transportation and beautiful environment. We are committed to providing you with one-stop service from 1+ prototype to 100,000 + production, serving in electronics, automotive, robotics, biological and medical equipment, defense and space industry. Detection and testing is also very strict, detection equipment including CMM, 3D scanner, caliper, inclinometer, micrometer, pin gauge, hardness tester and so on. We also test assembly according to customer requirements to meet customer needs. The main overseas markets are: The United States, Canada, the European Union, Mexico, Brazil, Japan, Korea, Singapore, the Middle East, Australia. At present, we have established long-term business relationships with more than 50 companies in more than 20 countries. Your satisfaction is our wish, we warmly welcome your presence.
SLM technology
Appli cation: mas s produc tion of automobile, civil products, military, aerospace and other terminalsSLS technology
Application: automotive, electronic appliances, electric tools and other small batch productsDLP technology (Independently developed)
Application: tide play, hand-made, medical and dental models, surgical guides, handicrafts, toys, etcCeramic printing technology (Independently developed)
Application: jewelry,luxury good s,biomedicine, electronic industry, etc
Shorten R & D cycle
Effectively shorten the R & D cycle of aerospace equipment
Save materials and improve utilization
lmprove the utilization rate of materials, save expensive strategicmaterials and reduce manufacturing costs
Structural optimization design
Optimize the structure of parts, reduce stress concentration andincrease service life
Lightweight design
Function integration and topology optimization ensure theperformance of parts and reduce weight
