Precision CNC Machining Services
EASEMFG provides factory-direct manufacturing support from prototype development to low-volume and batch production. Our service scope covers CNC machining, CNC milling, CNC turning, 5-axis machining, turn-mill machining, 3D printing, die casting, sheet metal fabrication, surface finishing, and manufacturability review.
CNC machining is the core service for precision metal and plastic components. Projects are reviewed according to drawing structure, material, quantity, tolerance, surface finishing, and inspection requirements.
Custom machined parts for prototypes, industrial components, housings, brackets, fixtures, mechanical assemblies, and production parts.
Used for pockets, holes, slots, mounting surfaces, profiles, ribs, cavities, and complex prismatic components.
Suitable for shafts, sleeves, bushings, spacers, threaded components, fittings, and rotational parts.
Used for complex surfaces, multi-side machining, impellers, aerospace-style brackets, curved profiles, and reduced repositioning.
Supports complex rotational components that require both turning and milling features in one coordinated machining process.
Supports larger CNC machined structures, molds, plates, and industrial components with maximum machining size up to 2000 x 900 x 800 mm.
In addition to CNC machining, EASEMFG can support related manufacturing processes when the project requires fast prototypes, cast parts, sheet metal structures, or post-processing.
3D printing supports fast prototype validation, complex geometry samples, fit-check parts, appearance models, and design review before CNC machining, die casting, or tooling decisions.
Die casting support is suitable for aluminum alloy housings, covers, brackets, heat sink parts, and cast components that may require tooling review, CNC post-machining, and surface finishing.
Sheet metal fabrication supports brackets, covers, panels, enclosures, mounting structures, and formed metal components that require laser cutting, bending, hole making, welding, and assembly preparation.
Selected according to material, appearance requirement, corrosion resistance, wear condition, and application environment.
Project files can be reviewed for material selection, machining access, wall thickness, tolerance feasibility, finishing risk, and inspection difficulty.
Inspection planning can cover key dimensions, assembly surfaces, hole positions, threads, surface condition, burr control, and critical features.
Different manufacturing processes are suitable for different project stages. The final process should be selected based on drawing, material, quantity, part function, and surface requirements.
| Service Type | Best Used For | Common Parts | Review Focus |
|---|---|---|---|
| CNC Machining | Precision metal and plastic parts, prototypes, low-volume parts | Housings, brackets, shafts, fixtures, plates, connectors | Material, tolerance, tool access, surface finish, inspection points |
| 3D Printing | Fast prototypes, complex shapes, early design verification | Appearance models, fit-check samples, structural concept parts | Material type, surface requirement, strength expectation, model accuracy |
| Die Casting | Cast metal parts and repeatable production after tooling review | Aluminum housings, covers, brackets, cast structures | Tooling, draft angle, wall thickness, machining allowance, finishing needs |
| Sheet Metal | Formed metal structures, covers, panels, brackets, enclosures | Panels, sheet brackets, covers, mounting parts | Material thickness, bending radius, hole positions, surface treatment |
| Surface Finishing | Appearance, corrosion resistance, wear protection, assembly requirements | Anodized aluminum, brushed parts, plated connectors, passivated stainless parts | Material compatibility, color, surface texture, masking, tolerance impact |
Send your drawing, material requirement, quantity range, surface finishing needs, and application details. EASEMFG can review whether CNC machining, 3D printing, die casting, sheet metal, or a combined manufacturing approach is more suitable.
Request a Quote