YH Precision Industries Co., Ltd. (YH MFG) addresses manufacturing challenges with deep engineering expertise, bridging the gap between design and high-performance manufacturing. We focus on scientific command of production variables, converting machining stability from individual experience into systematic metrics — defining the engineering aesthetic of precision CNC.
From drawing review to delivery, every project is overseen by an engineering-backed team. We deliver more than machining — we deliver Design for Manufacturability (DFM) consulting, in-house jig development, and reverse engineering capability. Values pure job shops will never provide.
From drawing to finished part — covering design support, process consulting, reverse engineering, and precision machining. Every service is engineering-led to ensure technical depth.
Engaging at the early development stage, we provide engineering recommendations across three dimensions: structural soundness, material selection, and process simplification. We help clients clarify cost structure before production, reducing future change orders and scrap costs.
Transform concept sketches, hand drawings, and legacy 2D prints into production-ready CAD files. Multi-format export capability ensures seamless integration with your existing design workflow.
Convert physical samples into manufacturable 3D models, completing feature reconstruction and tolerance planning. Scanning service can be delivered standalone — no obligation to machine downstream with us.
Through IIoT networking we command spindle load and production variables in real-time, ensuring predictability and consistency in quality. Specialized in aerospace/medical-grade titanium, high-precision aluminum, pure copper alloys, and high-performance engineering polymers. In-house jig development further stabilizes the clamping and production performance of complex parts.
From electronic precision fixtures to industrial durable parts, automotive lightweight components, and thermal modules — each industry has unique material and precision requirements demanding not just machining technology, but engineering understanding.
ATE automated test equipment, functional test fixtures, and assembly positioning jigs. Complete solutions from mechanism design to precision fixture manufacturing.
Machine components, mechanism parts, fixtures, and automation equipment components. Stable production under high-dynamic process switching via IIoT networking.
Modification parts, custom components, replicated parts, and prototype development. Specialized in lightweight structures and high-strength material precision machining.
Copper and aluminum heatsinks, custom thermal bases, industrial power thermal modules. Specialized in thin-wall fin machining, deformation control, and multi-metal composite structures.
The following metrics represent stable deliverable standard specifications. All commitments are built on actual process capability. Complex requirements can be discussed at the RFQ stage.
Core equipment digitally networked, real-time control of spindle load and production variables ensures predictable, repeatable quality.
Lean Automation production configuration, stably handling high-dynamic process switching for precision manufacturing.
Aerospace/medical-grade titanium, high-precision aluminum, high-performance polymers, pure copper alloys, composites, and specialty application polymers.
Depending on complexity and quantity. Rush orders negotiable, but never at the cost of precision.
Critical process nodes carry traceable data records. Quality relies not on experience, but on systematic metrics.
Including process recommendations, manufacturability assessment, and cost breakdown — not just price numbers.
YH has successfully implemented IIoT networking for core production equipment. Through real-time data monitoring, we precisely command spindle load and production variables, converting machining stability from individual experience into systematic metrics.
This is not just a technology upgrade — it is a more scientific way of managing production, ensuring every part carries absolute predictability and consistency. Stably handling 200+ daily setup changes, we transform high-dynamic precision manufacturing into engineering commitments with predictable delivery.
Core CNC networking & utilization monitoring. Real-time tracking of spindle load, machining progress, and tool change frequency.
Customer notification & progress sync. Automated alerts at critical milestones from setup to shipping — reducing information asymmetry.
Multi-station networking & production dashboard. QC, scanning, and machining data centralized into a unified visualization interface.
Tool Life & Predictive Maintenance. Data-driven tool change decisions improve production stability.
YH Precision's digital manufacturing system is built for advanced materials. We deeply command the physical characteristics and multi-axis cutting behavior of the following material families, with all processes developed by our in-house engineering team.
