Custom CNC Machined Parts Collection
- Precision machining for complex custom parts
- Flexible finishes and material options
- Low-volume to production-ready support
- Fast quoting and dependable lead times
Overview
At 6CNC, we manufacture a wide variety of CNC machined parts strictly according to your drawings.
Every component is produced with precise tolerances, consistent quality, and fast turnaround. From structural parts to connectors, motion components, and functional pieces, we support small-batch or larger production runs to meet your project needs.
Browse Our Parts
Structural Components
Our CNC Machined Structural Components provide the backbone for high-performance equipment across industries. We manufacture precision CNC Machined Housings, Enclosures, Brackets, and Frames with tight tolerances, excellent flatness, and superior structural integrity. Whether you need lightweight yet rigid designs or complex load-bearing structures, 6CNC delivers reliable, ready-to-assemble parts with consistent quality.
Connectors & Fittings
We specialize in high-precision CNC Machined Connectors, Fittings, Flanges, and Valves that ensure leak-free performance and reliable mechanical connections. These components are machined to exacting tolerances with superior surface finishes, making them ideal for fluid systems, pneumatic applications, medical devices, and industrial machinery. Our advanced multi-axis machining ensures perfect alignment and thread accuracy.
Motion Components
Precision motion is critical to system performance. We produce high-accuracy CNC Machined Shafts, Gears, and Bearings with excellent concentricity, tight diameter tolerances, and superior surface finish. Our capabilities support demanding applications in robotics, automation, automotive, and aerospace where smooth operation, low backlash, and long service life are essential.
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Functional Components
Our Functional Components are engineered to perform specific critical tasks. From thermal management to specialized industry applications, we manufacture CNC Heat Sinks, CNC Medical Components, CNC Automotive Components, and CNC Robot Parts with uncompromising precision and material expertise. Each part is optimized for functionality, reliability, and regulatory compliance where required.
General Parts
We offer a wide range of general and custom precision machining services, including Custom CNC Metal Parts, CNC Machined Components, CNC Machined Assemblies, CNC Precision Parts, CNC Prototype Parts, and CNC Small Batch Parts. From one-off prototypes to low-volume production, we provide fast turnaround, professional DFM feedback, and consistent quality to help you move from design to reality efficiently.
Why Choose 6CNC
- We manufacture exactly from your drawings, no design service included
- Multi-axis CNC machining for complex geometries and tight tolerances
- Small-batch or production runs supported
- ISO-certified inspection ensures consistent quality
- Fast turnaround and reliable delivery
Our CNC machining services
other manufacturing services
Resources
C110 vs C145: Best Copper Alloy for Conductive CNC Parts
Technical engineering comparison of C110 ETP and C145 Tellurium copper for conductive CNC parts. Analyze IACS, machinability, and solderability.
![Comparison of Operating Principles: This figure illustrates a microscopic comparison of the surface waviness and residual scallop height generated by a face milling cutter and a ball-nose cutter under different stepover and step-down settings. [Figure 4-1]](https://6-cnc.com/wp-content/uploads/2026/06/image-2-300x199.png)
Surface Finish Ranges: Turned Shafts vs Milled Faces
Technical analysis of surface roughness (Ra) in CNC milling and turning. Includes material Ra charts, toolpath stepover effects, and abrasive finishing triggers.
Realistic CNC Tolerances: Milling vs Turning for Prototypes
Technical guide to achievable CNC milling and turning tolerances in prototyping. Includes industry tolerance tables, tool deflection mitigation, and DFM rules.
CNC Milling vs. Turning: The Engineering Guide to Geometric Optimization and Cost Mitigation
Executive Summary: The 30-Second Engineering Check 1. Kinematic Foundations: How Material is Sheared To understand which process suits a given design, one must first isolate
Low-Volume CNC 6061 Prototypes: Tolerances After Anodizing
Master post-anodizing dimensional changes in Aluminum 6061 prototypes. Learn the 50/50 growth rule, bead blasting erosion impacts, and realistic Cp/Cpk tolerance limits.
DFM for CNC: Deburring Reduction Without Manual Work
Manual deburring drives up CNC manufacturing costs. Learn critical DFM rules for tool selection, edge-break drawing callouts, and tolerance tiers to automate finishing.