CNC Milling Processing
We specialize in high-precision CNC milling for prototypes, tooling, and low to mid-volume production. Using advanced equipment and experienced machinists, we produce complex, tight-tolerance parts in a variety of materials. Whether you need a one-off component or a production run, our team delivers consistent quality and fast turnaround times.
CNC Milling Specification
| Maximum Part Size | 20 x 40 x 20 in (500 x 1000 x 500 mm) |
| Materials We Mill | Ferrous, Non-ferrous, and high performance polymers |
| Tightest Tolerances Held | ±0.0004″ (0.010mm) |
| Lead Time | 7 bussiness days for most projects. |
Secondary operations we providing
Improving Surface Characteristics & Wear Resistance
Surface Finishing/Polishing: Includes manual polishing, abrasive blasting (bead, sand), and buffing.
Heat Treating: including Hardening, Annealing/Tempering,Stress Relieving
Enhancing Surface Properties (Corrosion/Wear)
Anodizing (For Aluminum):Type II (corrosion resistance) and Type III (Hardcoat, for abrasion resistance)
Black Oxide/Passivation:Chemical processes that create a thin black or clear corrosion-resistant layer on steel or stainless steel, respectively.
Powder Coating:Applying a dry, decorative, and protective polymer powder electrostatically, then curing it. Used for durable, colored finishes
Adding Features or Joining Components
Welding:Joining multiple machined or sheet metal components (TIG, MIG, Laser).
Press Fits & Assembly:Pressing in bearings, bushings, or inserts (like helicoils for thread repair)
Adhesive Bonding:Using epoxies or specialty adhesives for assembly.
Achieving Final Dimensional & Geometric Accuracy
Honing:achieve a precise crosshatch pattern and exact size on the interior of bores
Lapping:using a loose abrasive to achieve near-perfect flatness, surface finish, or fit between two mating parts.
Applications of CNC Milling
Aerospace
Used to manufacture safety-critical, lightweight, and heat-resistant components like turbine blades, landing gear parts, engine mounts, and structural fuselage sections.
Automotive
Essential for mass-producing engine blocks, cylinder heads, transmission housings, and custom suspension components.
Medical
Enables the production of high-precision surgical instruments, biocompatible implants (e.g., hip or dental), and prosthetics tailored to individual patient anatomy.
Electronics
Used for creating custom enclosures, heat sinks for thermal management, and intricate connectors for consumer tech like smartphones and laptops.
Energy
Critical for manufacturing alternative energy components, such as wind turbine hubs and brackets, solar panel mounts, and battery enclosures for electric vehicles.
Defense & Firearms
Applied to the creation of weapon systems, missile components, and firearm parts like barrels, triggers, and ammunition clips.
Finished Machined Products
