Precision machined products,
made to your drawing

Three families of products, all machined to your drawing: CNC precision parts such as housings, brackets, manifolds and implant components; connector pins and machined pins such as contact, terminal, pogo and RF pins; and machine parts such as shafts, gears, couplings, bearing housings and valve bodies. All three come from the same 15,000 m² facility in Shenzhen, share the same material stock and inspection lab, and are quoted within 24 hours.

No, and that is deliberate. Every product we make is cut to a customer drawing, so there is no stock catalogue, no minimum order and no tooling to amortise. The families on this page show what we make most often, and the sample catalogues on the CNC precision parts, connector pins and machine parts pages show real examples you can use as a starting point for your own drawing.

CNC precision parts are held to ±0.005 mm on toleranced features, with ±0.001 mm on specific features where grinding, EDM or micro-machining is used. Connector pins are turned to ±0.005 mm and ground to ±0.001 mm on critical diameters. Machine parts are typically held to ±0.01 mm, tighter on bearing seats and bores. These are typical capabilities rather than a promise on every feature, and final values are confirmed at DFM review.

Aluminium 6061 and 7075, stainless steel 303, 304 and 316, tool and alloy steels, titanium Gr.2 and Gr.5, brass and copper, phosphor bronze, beryllium copper and Kovar, plus engineering plastics such as PEEK, POM, PTFE, nylon, PC and ABS. Connector pins are usually brass, phosphor bronze or beryllium copper; machine parts are usually alloy steel or stainless steel; CNC precision parts span the full list.

Start with what the part does. An electrical contact that carries signal, power or ground belongs with connector pins. A tight-tolerance component defined by a drawing belongs with CNC precision parts. A structural or wear part inside a machine belongs with machine parts. If a product sits between two families, send the drawing anyway: our engineers route it to the right process, and the quote is the same either way.

No. Products are quoted from a single prototype upwards: machine parts run from 1 to 10,000+ pieces and CNC precision parts to 100,000+, while connector pins go from prototype samples to high-volume runs. Unit price falls fastest across the first 50 pieces because programming, setup and fixturing are shared by the batch, so it is worth asking for several price breaks in one request.

Prototypes ship in 3–5 business days and typical CNC precision parts in 5–10 days from drawing approval. Plating, heat treatment and large production runs add time, and the quote states the lead time for your quantity. Urgent work can run on the CNC prototyping track, and repeat orders are faster because the programs and fixtures are already proven.

Every first article is measured on a CMM and the dimensional report is sent to you; the rest of the batch is not cut until you approve it. Production runs are checked in-process and again at final inspection, and material certificates and a certificate of conformance travel with the shipment. First article inspection to AS9102 is available for aerospace programs.

Yes. Anodising, passivation, bead blasting, polishing, black oxide and zinc or nickel plating are available across the product range, and connector pins are plated in gold, silver, tin or nickel with the thickness verified by XRF. If a coating adds thickness to a toleranced feature, mark it on the drawing and the part is machined undersize so it still meets its fit after finishing.

Yes. Machine parts can be reverse-engineered from a worn original on the CMM, and connector pins can be made as drop-in replacements for obsolete catalogue pins. We build a model and a drawing from the sample, confirm the key dimensions with you, and then machine the replacement in the material and finish you specify.

Aerospace, medical, automotive and EV, robotics, electronics and general machinery. CNC precision parts go into airframes, implants and robot joints; connector pins go into circuit boards, cable harnesses and test fixtures; machine parts go into gearboxes, pumps, hydraulic systems and production equipment. The same quality system covers all three families of products.

A 3D model in STEP or IGES plus a 2D drawing in PDF that carries tolerances, surface finish, thread callouts, material and quantity. SolidWorks and DXF files are accepted too. A model alone carries no tolerance intent, so without a drawing parts are machined to ISO 2768-m general tolerances. Every file is reviewed by an engineer, and the DFM feedback is free whether you order or not.

Yes, on request, and drawings are never shared. You can have an NDA signed before you send anything. Unreleased designs are common in our work, so confidentiality is part of the normal quoting process for all our products rather than a special request.

Yes. Products ship from Shenzhen to customers in 50+ countries by DHL, FedEx and air freight, with sea freight available for heavy machine parts. Export packaging, commercial invoices and material certificates are prepared with every order, and the quote states the shipping method and trade terms you prefer.

Yes. Because every family is made in the same facility, an assembly that needs a machined housing, a shaft and a set of contact pins can be quoted, inspected and shipped together as one order. That removes the hand-offs between suppliers and keeps a single point of accountability for the whole assembly.

One shop covers milling, turning, Swiss, EDM, laser cutting and finishing, so a part never leaves our control between operations. Every drawing gets a free DFM review, every first article is measured on a CMM, and quotes come back within 24 hours with no minimum order. The machines and inspection equipment behind our products are listed on the capabilities and quality assurance pages.

Yes. Every production order starts with a first article that is measured on a CMM and sent to you with its report. Connector pins can be supplied as plated samples for mating and insertion tests before the run is released, and machine parts can be fitted in your assembly first.

Price is driven by material, machining time, the number of setups, tolerance and finish, spread across the batch size. Programming and fixturing are one-off costs, so they matter most on small quantities. The quote itemises the unit price at each quantity you ask for, and the free DFM review points out any feature that adds cost without adding function.

Yes. Drawings to ISO and ASME Y14.5 geometric tolerancing are routine, and general tolerances follow ISO 2768 unless the drawing states otherwise. Threads are cut to metric, UNC, UNF, BSP and NPT standards, and splines to DIN 5480 or ANSI B92.1, so our products drop into assemblies designed anywhere.

Yes. Sub-assemblies and finished components can be delivered with bearings, bushings, inserts, seals or fasteners fitted, and each assembled unit is checked against your drawing before it ships. Machining and assembly in one facility shortens the supply chain and removes a handling step between suppliers.

The drawing with tolerances and material, the quantity or a range of quantities, the finish or plating, any documents you need such as material certificates or a first article report, and the delivery country. With those details an engineer can quote in one pass, usually within 24 hours, without a round of questions.

Yes. RoHS and REACH declarations are available for products shipped to the EU, and material certificates to EN 10204 3.1 trace each batch back to its mill heat. If your program needs a specific declaration or a full material disclosure, name it in the request and it is prepared with the shipment.

Programs, fixtures and inspection plans for repeat products are kept on file, so a reorder runs on a proven process instead of being set up from scratch. Critical dimensions are tracked with statistical process control on production runs, and a change to material or process is raised with you before the order runs.