Can you make this part?
Send the 2D drawing and 3D model. XHR reviews machining access, tolerance risk, material, finish and inspection notes before quoting.
XHR manufactures non-standard CNC machined parts for automation equipment, medical devices, aerospace-style structures, automotive and industrial applications. Send 2D or 3D drawings and we will review material, tolerance, process and delivery needs.
For overseas buyers, the question is not only price. The supplier must show machining equipment, real parts, process understanding and a clear RFQ path.



A buyer usually hesitates when the supplier is far away, the drawing is confidential, or the tolerance and finish risks are unclear. XHR's quotation process is built to reduce those risks before production starts.
Send the 2D drawing and 3D model. XHR reviews machining access, tolerance risk, material, finish and inspection notes before quoting.
If the project is confidential, mention NDA requirements before sharing sensitive files. Large CAD packages can be sent by email, WhatsApp or a private download link after the RFQ is opened.
Critical dimensions, datums, threaded features, surface finish and inspection report needs are confirmed before production when they affect fit or assembly.
Use one RFQ thread with drawings, quantity, material, finish and delivery target. XHR can confirm missing details before pricing to avoid rework.
For drawing-controlled CNC parts
Send the current drawing and 3D model with the material, quantity, tolerance, surface finish, delivery target and the features that control fit, motion, sealing, alignment or appearance. XHR reviews the manufacturing assumptions before quotation so a prototype or repeat batch can be assessed against the real part requirements.
CNC milling, turning, fixtures, brackets, housings, shafts and custom automation components from controlled drawings.
Material, machining access, datum strategy, tolerances, finish and inspection requirements are reviewed before quoting.
Include drawings, models, quantity, material, finish, critical notes and packing or documentation requirements.
Technical review: XHR Precision Machining
We focus on custom parts where precision, surface finish, assembly fit and delivery reliability matter more than the lowest unit price.
Milling, turning, grinding, EDM and finishing from drawings for non-standard precision parts.
Suitable for complex geometry, multi-side machining and critical parts with fewer setups.
Frames, brackets, covers, shafts, plates and tooling for machine builders and automation lines.
Support for 6061, 7075 and 6063 with anodizing, sandblasting and precision finishing.
304/316 components for industrial, medical and high-reliability equipment applications.
Precision parts, fixtures and device components with strict documentation and control needs.
Most overseas buyers search for a CNC machining supplier when a drawing is already available but cost, tolerance risk, surface finish and delivery are still unclear. XHR focuses on this stage: we review the drawing package before quoting so the manufacturing process, inspection focus and delivery assumptions are practical.
Prepare drawings, material, quantity, tolerance, finish and inspection notes before requesting a quote.
Understand how material, setup, tolerance, surface finish, quantity and inspection affect price.
Learn when tight tolerances are necessary and how to mark critical dimensions on drawings.
Prototype and pilot-run machining for validation before repeat production.
Small-batch custom parts for engineering builds, machinery, fixtures and replacement components.
Review aluminum, stainless steel, brass, copper, steel and engineering plastic options.
These images help buyers quickly understand the type of components XHR can review from drawings: housings, flanges, shafts, bushings, fixture blocks, turned parts and multi-process CNC work.





For quotation, send drawings and mark the critical dimensions, material grade, finish and inspection requirements.
Explore focused pages for high-intent RFQs, including prototype machining, low-volume production, materials, finishes, robotics parts, automation fixtures, aluminum enclosures and stainless steel shafts.
Precision milled plates, brackets, housings, fixtures and custom metal parts from drawings.
Small batch parts, bridge production and repeat low-volume orders for overseas buyers.
Prototype parts for fit, function, assembly and pre-production validation.
Tight tolerance custom parts with drawing review and inspection support.
Anodizing, polishing, passivation, plating, black oxide and finish notes for RFQs.
Material guidance for aluminum, stainless steel, steel, brass, copper, titanium and plastics.
Common CNC machining problems and how XHR reviews them before production.
Anonymous project examples covering inspection focus, machining risk and RFQ lessons.
Quality issue review, repeat order support, packing, shipping and drawing revisions.
Sample, small batch, large batch and CNC machining price difference explained.
Send your drawings to l2409177121@gmail.com or contact us by phone/WhatsApp at +86 136 9168 4978.
Go to quote pageUse these focused pages when your RFQ is tied to a specific equipment application, fixture type or custom machined component. They help buyers describe the part function, assembly risk, material, finish and inspection focus more clearly.
Application entry for automation equipment, inspection systems, laser equipment, EV battery fixtures and conveyor components.
CNC machined fixture plates for automation equipment, jigs, locating blocks and assembly fixtures.
Custom aluminum brackets for automation machines, robot mounts, sensor brackets and equipment frames.
Vacuum plates, sensor mounts, precision brackets, clean hardware and inspection fixtures.
Gripper plates, adapter blocks, sensor mounts, vacuum tooling parts and robot EOAT components.
Camera mounts, light-source holders, fixture plates, adjustment blocks and precision vision-system parts.
Custom brackets, plates, covers, holders, adapters and heat-dissipation parts for laser-related equipment.
CNC turned stainless steel shafts for industrial equipment, automation assemblies and machinery.
Robot adapter plates, gripper brackets, sensor mounts and automation bracket parts from drawings.
Locating blocks, clamp blocks, stop blocks, spacers and custom fixture components for repeat positioning.
XHR manufactures custom CNC machined parts from customer drawings, 3D models and technical requirements. Typical projects include aluminum housings, stainless steel brackets, automation equipment components, shafts, plates, fixtures, covers, connectors and precision parts for assembly equipment.
For early engineering builds, pilot runs and bridge production, XHR reviews fit, function, material, tolerance and delivery needs before quoting.
We support non-standard plates, brackets, mounts, covers, tooling blocks and precision components used in equipment assemblies.
For repeat orders, drawing revision control, inspection focus and packing requirements help keep batches consistent.
We support common engineering materials such as aluminum 6061, 6063 and 7075, stainless steel 304 and 316, carbon steel, brass, copper, engineering plastics and selected high-performance materials depending on the part design. Finish options can include anodizing, polishing, passivation, plating, black oxide, sandblasting and drawing-specific surface requirements.
If the selected material affects machining stability, corrosion resistance, appearance or cost, our team can review practical options before quotation.
XHR reviews tolerances, threads, datum references, surface finish, burr control and critical dimensions before production. Inspection reports can be discussed when the order requires documentation.
Send 2D drawings, 3D models, material, quantity, finish, tolerance notes and delivery requirements. If anything is unclear, XHR confirms details before quoting.
Send a 3D model when available, a 2D drawing with dimensions, material grade, quantity, tolerance notes, finish requirements and delivery destination.
Yes. XHR supports prototype samples, low-volume batches and repeat production for custom CNC machined parts from customer drawings.
Typical parts include automation brackets, housings, shafts, fixture plates, robot components, medical device parts, industrial machine parts and precision assembly components.
Yes. XHR is based in Shenzhen, China and can support overseas buyers after quotation, production and inspection requirements are confirmed.
Practical notes on supplier selection, 5-axis machining, tolerances and RFQ preparation.
CNC machining RFQ checklist for buyers sending drawings, 3D files, material, tolerance, finish, quantity and inspection requirements.
Key CNC machining cost factors for custom parts, including material, tolerance, setup, quantity, surface finish, inspection and delivery.
How CNC machining tolerances affect cost, inspection, lead time and manufacturability for custom machined parts from drawings.
Guide to how anodizing, polishing, passivation, plating, black oxide and cosmetic finish requirements affect CNC machining price.
Custom CNC machined manifolds for hydraulic, pneumatic, fluid-control and test-system applications.
Custom CNC machined aluminum heat sinks, cold plates and thermal-management components from drawings.
Custom CNC machined precision pins, locating pins, dowel-style pins and fitted components from drawings.
CNC machining for custom wear parts, guides, tooling inserts, hardened components and replaceable industrial parts.