Precision Die Casting & Powder Metallurgy Solutions
Looking for a reliable all-around hardware manufacturer? XML Tech delivers precision aluminum, zinc, magnesium die casting, and powder metallurgy solutions. Get an instant quote today!
Certifications : ISO 9001:2015 | AS9100D | ITAR Registered
Advanced Die Cast Process & State-of-the-Art Equipment
At XML Tech, we combine high-pressure die casting technology with rigorous engineering standards. Supported by precision die casting die tooling, our facility is equipped with a full range of automated hot-chamber and cold-chamber machines optimized for auto diecasting, ranging from 160T to 2000T. This allows us to handle everything from intricate micro-components to large-scale structural parts.
- Multi-Material Mastery: Specialized production lines for Aluminum (ADC12, A380), Zinc (Zamak 3, 5), and Magnesium (AZ91D) alloys.
- Automated Efficiency: Integrated robotic arms for spraying, ladling, and part extraction to ensure 24/7 stable production cycles and consistent quality.
- Seamless CNC Integration: Direct hand-off to our in-house high-precision gang-type lathes and machining centers for critical tolerance finishing (up to ±0.01mm).
- Built-in Quality Control: Real-time monitoring coupled with X-ray flaw detection and CMM measurement to guarantee zero-defect delivery.
Our Core Metal Forming Capabilities
Achieve ultra-tight tolerances and superior surface finishes. Zinc is the perfect choice for intricate electronic components, hardware tools, and aesthetic parts with thin die wall sections requiring premium plating or coating.
Ideal for lightweight, durable, and complex geometries. From casting the die to final production, our aluminum process offers excellent dimensional stability and high thermal conductivity for automotive, telecom, and industrial applications.
Cost-effective near-net-shape manufacturing for high-volume production. We specialize in sintered iron, bronze, and steel alloys, perfect for creating highly durable gears, bearings, and structural parts.
Looking for what is diecast manufacturing’s ultimate solution for extreme weight reduction? Magnesium offers the best strength-to-weight ratio of any commonly cast metal, widely used in aerospace and portable electronic devices.
Choosing the Right Process: Casting Die Casting vs. Powder Metallurgy
Not sure which manufacturing method fits your project? Because we are a comprehensive hardware manufacturing facility equipped for multiple forming processes—from designing the die casting die and casting the die to secondary CNC machining—we offer unbiased engineering advice. Here is a detailed comparison to help you determine the most cost-effective and high-performance solution for your specific components.
| Feature / Parameter | Die Casting (Aluminum, Zinc, Magnesium) | Powder Metallurgy (Sintering) |
| Material Variety | Non-ferrous metals: Aluminum (A380, ADC12), Zinc (Zamak series), Magnesium (AZ91D). | Ferrous & Non-ferrous: Iron, Stainless Steel, Carbon Steel, Bronze, Brass alloys. |
| Production Volume | Medium to High (Typically 5,000+ parts). Excellent for rapid, continuous cycles. | High to Very High (Typically 10,000+ parts). Highly automated for mass production. |
| Material Utilization | Low Waste: Excess material (sprues, runners) can often be remelted and recycled. | Extremely Low Waste: Near-net shape process utilizes up to 97% of the raw powder. |
| Secondary Machining | Often required to achieve tight tolerances on critical dimensions (e.g., threading, mating surfaces). | Rarely required. Sizing/coining can achieve exceptional final tolerances directly. |
| Dimensional Tolerance | Good. Typically ±0.002″ per inch, but varies by alloy and part size. | Excellent. Can achieve IT5-IT7 precision grades without secondary operations. |
| Part Complexity | Excellent for complex, asymmetrical shapes with thin walls and intricate internal cavities. | Good for complex profiles, but design is limited by the vertical pressing direction (cannot have undercuts). |
| Mechanical Properties | High tensile strength and impact resistance. Prone to internal porosity without vacuum assist. | Highly customizable density. Can be made porous (self-lubricating bearings) or fully dense for high strength. |
| Tooling Investment | High. Requires hardened steel dies capable of withstanding molten metal and high pressures. | Moderate to High. Requires precision-machined punches and dies for powder compaction. |
| Typical Applications | Enclosures, heat sinks, brackets, automotive housings, telecom infrastructure parts. | Structural gears, sprockets, self-lubricating bushings, shock absorber components, lock hardware. |
Why Choose XML Tech for Your Metal Parts?
Advanced Equipment
State-of-the-art Swiss CNC machines ensure exceptional precision, repeatability, and efficiency.
24/7 Engineering Support
Our engineers provide continuous technical support, from design review to production optimization.
Fast Turnaround
Streamlined workflows and dedicated project management enable quick and reliable delivery.
Competitive Pricing
Optimized processes and in-house production help customers save 30–40% without sacrificing quality.
Ready to Bring Your Design to Life?
Upload your 2D/3D drawings today. Our engineers will review your requirements and provide a competitive quote within 24 hours.
FAQs –die casting
Explore our FAQs to find everything from a clear diecast meaning to complex production timelines. As an all-around hardware manufacturer, we provide expert answers for all your CNC machining and di casting service needs.
Generally, tooling fabrication takes 3 to 5 weeks depending on complexity. Once the mold is approved, mass production can begin within 7-10 days.
Yes. As an all-around hardware processing manufacturer, we specialize in secondary CNC turning and milling. Our gang-type lathes are specifically optimized for the high-speed, high-precision finishing required for casting secondary operations.
We are flexible to support both scaling startups and high-volume industrial clients. While PM and Die Casting are optimized for high volumes (1,000+ units), we can discuss custom solutions for specialized projects.
We use X-Ray flaw detection to check for internal porosity and Spectrometers to verify chemical composition before and after production.
