Seeking reliable CNC machining partner with high quality and reasonable cost? XCM will be your ideal choose!
We help businesses bring concepts to life through reliable accurate and innovative CNC machining service and Metal 3D printing service.
To become a global leader in custom machining on-demand by transforming ideas into reality through advanced technology exceptional precision and industry focused solutions that inspire progress.
We empower creators engineers and businesses by providing reliable high quality CNC custom machining and Metal 3D printing services that drive innovation efficiency and excellence across every sector we serve.
Whether one model or mass production we provide consistent quality timelines and support for projects of all sizes and scopes.
Precision cutting and shaping for metal or plastic parts with consistent quality speed and tight tolerances.
High quality prints with precision speed and strength for prototypes models and production ready parts.
Custom molds & castings replicate complex shapes with durability and excellent surface finish.
High-quality surface finishing services improve your part’s aesthetics and functions.
Our team delivers tailored machining solutions with fast turnaround professional results and dependable service for every industry and application.
Your expertise played a key role in speeding up our prototyping phase while maintaining the highest quality standards.
We trust your precision machining for our turbine prototypes. Your reliability makes all the difference in keeping our projects on track.
Each project demonstrates our commitment to craftsmanship innovation and delivering 3D solutions that meet real world technical standards.
We accept a variety of file formats for both CNC machining and 3D printing, including STEP, STP, STL, IGS, IGES, PRT, SLDPRT, SAT, DWG, PDF, X_T, RAR.
We offer a wide range of materials suitable for both CNC machining and 3D printing, including:
PLA — ideal for prototypes and non-functional models.
ABS — durable and heat-resistant, great for functional parts.
PETG — flexible and impact-resistant, perfect for durable prints.
Nylon — high-strength and flexible, often used for functional parts.
Metal materials — suitable for both CNC machining and 3D printing of metal parts (such as aluminum, steel, stainless steel).
Resins — high-precision materials used for detailed parts.
Carbon fiber-infused materials — for strong, lightweight parts.
Our machining and 3D printing services offer high precision, typically within ±0.002mm to ±0.01mm, depending on the method, material, and complexity of the part. For parts requiring tighter tolerances, we can discuss specific requirements to meet your needs.
Yes, we offer both design support and file repair services. If you need help optimizing your design or fixing errors in your files (especially STL files), our team can assist. We also provide file format conversions to ensure your design is compatible with our machining or printing processes.
The time required to complete an order depends on the size, complexity, and whether post-processing is needed. Generally, most CNC machining and 3D printing orders are completed within 2 to 7 days. Larger or more complex parts, or those with special requirements, may take longer. We can provide a more accurate time estimate once we review your files.
There is no minimum order quantity. Whether you need a single prototype or a large batch of parts, we can accommodate your needs.
Yes, we offer worldwide shipping for all machined or printed parts. Once your order is complete, we’ll ship it to your specified location using the best carrier option for your needs. Shipping costs will vary based on the size of the order and destination.
Our team is ready to assist you with expert support and quick answers for any challenge you are facing today.
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Comprehensive technical guide to blower impellers, covering fundamental principles, main types, key design parameters, industrial applications and practical machining methods for reliable blower performance.
Comprehensive guide to impeller machining methods, suitable materials, tolerances, surface finish, cost drivers and optimization strategies for centrifugal, axial and mixed-flow impellers.
The turnaround time was impressive, and the team was incredibly responsive and professional throughout the entire process.