3D Printing
3D printing technology (also known as Additive Manufacturing, AM) is an advanced manufacturing technology that directly constructs three-dimensional objects based on digital design models by stacking materials layer by layer. Its core principle is to transform computer-generated 3D models into actual physical objects, usually using materials such as plastics, metals, ceramics, etc., which are realized through different processes such as Fused Deposition Modeling (FDM), Stereo Light Curing (SLA), and Selective Laser Sintering (SLS). Unlike traditional subtractive manufacturing (e.g., cutting, milling), 3D printing is an “additive” process, capable of producing products with complex geometries and structures.
XCM’s 3D Printing Workshop provides fast, precise, and cost-effective additive manufacturing for prototypes, engineering models, and end-use components. Using advanced FDM, SLA, and SLS technologies, we produce parts with excellent dimensional accuracy, fine surface detail, and stable mechanical performance.
Our workshop supports a wide range of materials including ABS, PLA, nylon, TPU, resin, and engineering-grade composites to meet various functional requirements. From intricate geometries to complex internal structures, 3D printing enables designs that are difficult or impossible to achieve through traditional processes.
We streamline the entire workflow—from 3D model review and print preparation to finishing and quality inspection. Whether you need rapid prototypes, custom fixtures, functional housings, or low-volume production parts, XCM delivers reliable results with fast turnaround and consistent quality.
3D printing has enabled the production of complex parts in a single build cycle, eliminating assembly steps and minimizing material waste. With advanced slicing algorithms, print paths are simulated, optimized, and validated before manufacturing begins, ensuring stable performance, higher accuracy, and faster turnaround. This digital workflow streamlines development, reduces tooling requirements, and delivers consistent results from prototype to low-volume production.
From simple prototypes to highly complex functional parts, XCM leverages the most suitable 3D printing technologies to deliver components with optimal performance and cost efficiency, always maintaining uncompromising quality.
Application
Maritime and Oil & Gas
XCMCNC passed ISO9001, Marine oil field machining components rely on five-axis linkage ultra-precision machining technology, combined with Inconel/Ti-6Al-4V and other special alloy materials, the precision of key components up to ±0.005mm, nano-coating and deep nitriding treatment, corrosion resistance increased by 60%, Can withstand 1000℃ high temperature and 180MPa high pressure environment. XCM extends component life up to 120,000 hours through four-stage gas seal testing and stress/temperature/wear/vibration suppression technology.
Aerospace
Micron machining 5-axis CNC technology (accuracy ±0.003mm) supports complex surface processing of titanium alloy and nickel-based superalloy; The intelligent cutting parameter optimization system controls the tool load in real time and reduces the machining loss by 22%.Complex Geometry Fabrication Achieves intricate shapes (e.g., turbine disks, airfoils) via CNC programming, meeting aerodynamic and lightweight requirementsAutomated Production Minimizes human errors and enhances efficiency through CNC automation, ensuring consistency in large-scale manufacturing
Medical
Through ISO 9001 and ISO 13485 certification, relying on five-axis ultra-precision machining technology, combined with medical grade titanium alloy (Ti-6Al-4V ELI), cobalt-chromium alloy and biocompatible materials such as PEEK, the processing accuracy of key implants is up to ±0.005mm, and through nano-level electrolytic polishing and passivation treatment, surface roughness can reach to Ra≤0.1μm. Through stress optimization and microdefect control technology make the component life of more than 15 years, the defect rate < 0.005%.
Energy
The advantages of XCM in the field of energy component processing are reflected in three aspects: technology, efficiency and sustainability. The five-axis linkage CNC system and ultra-precision machining technology can complete high-precision machining of high-end components such as complex surfaces and thin-walled structures (accuracy up to ±0.003mm), meeting the requirements of harsh working conditions such as wind turbine blades and nuclear power seals. Through computer software programming and process optimization, the processing efficiency can be increased by more than 30%, material loss can be reduced by 15%, and the unit cost can be reduced by 20%.
Robotics & Automation
XCMcnc has become an ideal partner for robot component manufacturing with its high-precision processing technology and industry experience. We use imported five-axis CNC equipment (accuracy ±0.01mm) and strict quality inspection processes to ensure the durability and dynamic performance of key components such as robot arm joints and reducers. The mature one-stop service covers design optimization, material selection to mass production, supports the processing of special materials such as titanium alloy and carbon fiber, and meets the lightweight requirements of collaborative robots and high load requirements of industrial robots.
Automotive
As a professional partner in the field of precision parts processing in the automotive industry, XCMcnc provides customers with high-precision and high-reliability component solutions with advanced CNC machining technology, intelligent production systems and rich industry experience. We use advanced machine tools such as five-axis linkage machining centers and turning and milling equipment, combined with a strict IATF 16949 quality management system to ensure that the dimensional accuracy of various metal parts reaches the micron level, fully meeting the stringent requirements of key parts such as engines and transmission systems.