Whether you need a short run of complex parts, require precision finishing services, or simply need the ability to run a variety of materials, our CNC milling equipment can meet your machining needs from prototype to production. Our experienced machinists are equipped to quickly and accurately set up even your most complex jobs and deliver them on time, to print, with the quality you expect.

JYX Precision Automatic Products has evolved to provide the best solutions for our clients’ manufacturing needs. Every part we produce in our CNC turning center is under the close supervision of a team of CNC machinists, who are dedicated to creating the best products within a timeframe and budget that fits your project needs.

No matter what kind of parts you need, our wide variety of screw machine equipment and our skilled and experienced machinists can deliver them on time, to print, and faster and more inexpensively than you might think. With over two decades in the screw machining business servicing industries from heavy machine manufacturers to transportation and defense, we know what it takes to produce even the most difficult parts with the highest precision and quality.

Sometimes you need more than just production—you need logistical support, like contract assembly, warehousing, and on-time delivery. we have established ourselves as the one-stop shop for custom contract assembly services for a wide variety of customers, industries and products.

Roughing: Remove bulk material, leaving ~0.5mm stock.Semi-Finishing: Leave ~0.1mm stock. Allow part to cool and stress-equilibrate overnight.First Finishing: Achieve ±0.02mm. Remove from machine, inspect, re-clamp.Final Finishing (Critical): Achieve final ±0.005mm in a single, continuous, light-cut operation. No tool changes. Use constant temperature coolant.

A design that cannot be measured cannot be manufactured to this tolerance.Specify ONLY Critical Features: Apply ±0.005mm only to mating surfaces, bore diameters, or alignment features. All other dimensions should have relaxed tolerances (e.g., ±0.05mm).Avoid Impossible Calls: Flatness and Parallelism of 0.005mm over a large area may be impossible due to material stability.Define Datum Structure Clearly: Use ASME Y14.5 GD&T. A clear, logical datum scheme (A|B|C) is essential for measurement and machining.Specify Measurement Method: "Diameter Ø10.000±0.005mm to be verified with CMM using scanning probe, min. 8 data points."Consider Post-Machining Stress Relief: For complex parts, a final low-temperature thermal cycle may be needed to lock in dimensions.

0.005 mm = 5 microns (µm) = 0.0002 inches.Context: A human hair is about 70-100 µm thick. You are specifying a tolerance roughly 1/14th the width of a human hair.Implication: Standard workshop practices, machines, and measurement tools are completely inadequate for this level of work.