Engineering Excellence in Metal Powder Metallurgy & Technical Ceramics
Established in 2010, XY Electronics Technology Co., Ltd (operating globally as MIM Supplier / XY-GLOBAL) has evolved into a premier international custom manufacturer specializing in Metal Injection Molding (MIM), Ceramic Injection Molding (CIM), Press-Sinter Powder Metallurgy (PM), and Cold Isostatic Pressing (CIP).
Our state-of-the-art 15,000m² manufacturing plant houses over 100 sets of advanced injection molding machines, continuous vacuum debinding and sintering furnaces, 5-axis CNC machining centers, and comprehensive automated quality control inspection systems. With over 50% of our staff dedicated to engineering and technical quality management, we deliver precision components with tight tolerances down to ±1µm for high-precision OEM industries globally.
A Dream Built to Last for 101 Years
From initial rapid prototyping (0 to 1) to mass-production scaling (1 to N), we empower innovative OEM buyers and technology leaders worldwide.
Corporate Mission
To empower technology-driven enterprises globally by solving complex micro-component manufacturing challenges, providing cost-effective powder metallurgy, and streamlining early-stage product engineering.
Corporate Vision
To build a century-long manufacturing institution recognized across North America, Europe, and Asia for unmatched integrity, precision engineering, and reliable customer-centric solutions.
Engineering-Driven Mindset
We do more than follow CAD blueprints. Our engineering team conducts rigorous Design for Manufacturability (DFM) and Moldflow analyses to optimize component geometries, reduce unit costs, and eliminate production risks.
Why Overseas OEMs Trust MIM Supplier
Delivering reliable quality control, full engineering transparency, and risk-free warranty support.
Cost-Effective Engineering
Achieve net-shape and near-net-shape manufacturing for complex 3D metal and ceramic parts, eliminating wasteful secondary machining and lowering production expenditure by up to 40%.
Certified Quality Management
Certified under ISO 9001:2015 and ISO 13485:2016 (Medical Devices Quality Management System). Every production batch undergoes strict CMM, optical, and density verification testing.
Dedicated Technical Support
Direct one-on-one communication with senior bilingual project managers and metallurgical engineers. Rapid inquiry response and technical assistance within hours.
Scalable Production Power
Capable of delivering over 300 successful projects and 20,000+ precision parts monthly. Seamless transition from low-volume fast prototyping to high-volume series manufacturing.
Our Growth History & Innovation Milestones
Fifteen years of continuous advancement in powder metallurgy and micro-component injection molding.
XY-GLOBAL Founded
Established in Shenzhen by founder Ivy Liu, initiating strategic research into ceramic and metal injection molding processes.
MIM & CIM Specialization
Adopted metal and ceramic powder metallurgy as primary strategic focus, launching custom R&D for high-precision OEM parts.
Titanium Injection Breakthrough
Developed proprietary Titanium alloy (TC4 / Ti-6Al-4V) injection molding technologies and formed strategic supply partnerships with major telecom brands.
ISO 9001:2015 Certification
Achieved ISO 9001 quality system certification. Expanded facility with 10 injection machines and 5 continuous sintering furnaces.
Tier-1 Electronics Supplier
Expanded production space, secured multiple patents for ceramic molding, and qualified as an approved precision component supplier for Foxconn.
Global Strategy Expansion
Relocated international headquarters to Tian'an Cloud Valley Tech Park in Shenzhen, expanding direct sales and engineering support to North America and Europe.
Automotive Industry Entry
Qualified as a certified component manufacturer for BYD Auto, supplying critical powder metallurgy structural parts for electric vehicles.
ISO 13485 & High-Tech Recognition
Obtained ISO 13485 Medical Device certification. Expanded into surgical laparoscopy instruments, semiconductor ceramic substrates, and satellite optics.
Comprehensive DFM & Moldflow Analysis
To eliminate technical risk before tooling investment, our engineering department provides complimentary Design for Manufacturability (DFM) and Moldflow simulation reports for every custom project.
- ✓ Wall Thickness & Shrinkage Analysis: Predict sintering shrinkage and prevent sink marks or warpage.
- ✓ Gate & Weld Line Optimization: Optimize feedstock injection points to guarantee maximum structural integrity.
- ✓ Tolerance Feasibility: Verify ±1µm critical dimensions against tooling design prior to steel cutting.
Serving Industry Leaders Across the Globe
Download Our Complete MIM & CIM Design Specification Guide
Request our comprehensive technical brochure detailing alloy mechanical properties, ceramic tolerances, sintering parameters, and design guidelines.