ISO 9001:2015 Certified CNC Manufacturer
Custom CNC Machining Services
Precision metal, plastic, ceramic and composite parts from prototype to repeat production. Upload your drawing for an engineering review, a practical manufacturing route and a clear quotation.
Machining Capability
Drawing-Based CNC Machining Parameters
Final capability is confirmed from material, geometry, feature size, tolerance, finish and inspection method.
Machining Processes
CNC Milling, Turning and Supporting Processes
Select the process by part geometry, tolerance, material and production volume. Supporting operations can be managed within one approved production route.
CNC Milling
3-, 4- and 5-axis machining for prismatic parts, housings, pockets and complex contours.
CNC Turning
Controlled diameters, bores, threads and grooves for shafts, bushings and other round parts.
Wire EDM
Low-force cutting for hardened conductive materials, narrow slots and controlled profiles.
Grinding
Finishing for controlled dimensions, flatness, roundness and improved surface quality.
Material Selection
Metals and Engineering Plastics
Choose material by load, temperature, corrosion, friction, electrical and dimensional requirements. Material certificates can be supplied when requested.
Aluminum
Lightweight, machinable and compatible with multiple protective finishes.
Stainless Steel
Corrosion-resistant grades for fluid, medical and industrial parts.
Steel
Structural, alloy and tool steels for load-bearing and wear-resistant parts.
Titanium
High specific strength and corrosion resistance for demanding service.
Copper
High electrical and thermal conductivity for functional components.
Brass
Good machinability, corrosion resistance and controlled decorative appearance.
Bronze
Wear, bearing and marine grades for sliding and loaded components.
Magnesium
Very low density for weight-sensitive housings and structural components.
ABS
Impact-resistant and easy to finish for housings and functional prototypes.
Acrylic / PMMA
Clear or colored material for optical, display and protective components.
POM / Acetal
Low-friction, stable engineering plastic for gears, guides and fixtures.
PEEK
High-temperature, chemical-resistant polymer for demanding environments.
Nylon / PA
Wear-resistant and lightweight for bushings, rollers and sliding parts.
PTFE
Chemically inert, low-friction material for seals and fluid components.
FR4 / G10
Glass-epoxy laminate for electrical insulation and rigid fixtures.
PE / UHMW-PE
Low-friction and chemical-resistant grades for wear and handling parts.
Surface Finishing
Finishes for Functional and Cosmetic Parts
Select a finish for corrosion resistance, wear, texture, color, conductivity or assembly performance.
Machined Finish
Functional surface with controlled tool marks.
Anodizing
Protective oxide finish for aluminum parts.
Sandblasting
Uniform matte texture that reduces visible tool marks.
Powder Coating
Durable colored coating for metal components.
Heat treatment, passivation, plating, laser marking and assembly can be coordinated within the same production route.
Production and Inspection
From Drawing Review to Final Inspection
Critical requirements are identified before machining and verified under the approved inspection plan before shipment.
Drawing Review
Material, datum, tolerance, finish and inspection requirements are confirmed.
Process Control
Programming, tooling, fixturing and machining follow the approved route.
Dimensional Check
Critical features are verified with suitable calibrated inspection equipment.
Final Release
Approved parts are cleaned, protected, labeled and packed for shipment.
Machined Part Projects
Custom CNC Machined Parts
Examples across aluminum, steel, titanium, copper alloys and engineering plastics.
Inspection for Precision CNC Parts
Dimensional and material inspections are performed throughout production to verify drawing requirements.
Why You Can Trust Weldo Machining
Engineering review, documented quality control, and scalable production support help reduce sourcing risk.
ISO 9001 Quality System
Documented inspection procedures support consistent production quality.
Manufacturing Since 2012
Precision metal and plastic parts for international customers.
Engineering & DFM Review
Materials, tolerances, and critical features are reviewed before production.
Prototype-to-Production Support
Machining and inspection plans adapt from prototypes to repeat orders.
CNC Machining FAQ
Plan Your CNC Machining Project
How does CNC machining work?
A CAD model is converted into controlled toolpaths. The CNC machine then removes material by milling, turning, drilling or related operations before the part is finished and inspected against the drawing.
What skills are needed for CNC machining?
Core skills include drawing and GD&T interpretation, CAM programming, workholding, tool and cutting-parameter selection, material knowledge, dimensional inspection and process troubleshooting.
What affects CNC machining cost and lead time?
Material, stock size, geometry, setup count, tolerance, surface finish, quantity, inspection, heat treatment and secondary operations all affect price and schedule. Standard materials and simpler setups usually reduce both.
How should a part be designed for easier CNC machining?
Use practical internal radii, avoid unnecessarily deep narrow pockets, select standard hole sizes and apply tight tolerances only to functional features. These choices reduce setups, tool reach and inspection time.
When is CNC machining preferable to 3D printing?
Choose CNC machining when the part needs production-grade material, tighter tolerances, controlled surfaces or repeatable low-volume production. Use 3D printing when rapid geometry validation is the main priority.