Custom 5 Axis CNC Machining Services
When your parts require multiple machined faces, complex angles, and critical features, our custom 5-axis CNC machining helps complete more features with fewer setups—reducing re-clamping variation and maintaining critical feature relationships according to your drawings.
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Capabilities
5-Axis CNC Machining Capabilities
Check the key machining specifications before sending your 5-axis part for quotation. Our capabilities support custom precision components based on your drawing, material, dimensions, tolerances, and critical feature requirements.
| Specification | Capability |
|---|---|
| Maximum Machining Size | 800 × 600 mm |
| Tolerance Capability | ±0.01 mm to ±0.005 mm* |
| Material Options | 50+ Engineering-Grade Metals & Plastics |
| Production Basis | Your Drawing & Specified Requirements |
5-Axis Machining for Complex Parts
Multiple Feature Orientations
Machine holes, angled surfaces, and other features on different sides of a part through indexed machining positions.
Complex Part Geometry
Produce compact components with interconnected features while reducing the need for separate setups.
Materials for 5-Axis CNC Machining
Five-axis machining supports metals and engineering plastics selected according to part function, material properties, and drawing requirements.
Stainless Steel
Titanium
Engineering Plastics
Surface Finishes for 5-Axis Machined Parts
Surface finishing can be selected according to material, appearance, corrosion protection, and functional requirements.
Powder Coating
Plating
Black Oxide
Passivation
5-Axis Machining in Our Workshop
Inspection
Inspection of 5-Axis Machined Parts
JeaSnn inspects 5-axis machined parts according to customer drawings and specifications, focusing on critical dimensions, angled features, and positional relationships between machined surfaces. In-process and final inspections, including CMM measurement when required, help verify dimensional accuracy and conformance to specified requirements.
Our Process
From Drawing Review to Machining
Before machining begins, we review your drawing and CAD model to understand the part geometry, specified material, tolerances, critical features, and other manufacturing requirements. This helps us identify key requirements early and prepare the machining process around your actual part specifications.
Drawing & CAD Review
We review the supplied drawing and 3D model to understand the complete part requirements before machining.
Key Requirements Confirmation
Material, tolerances, critical dimensions, surface finish, and other specified requirements are identified and confirmed before production.
Machining Preparation
Based on the reviewed requirements, our team prepares the machining approach, workholding, tooling, and inspection points required for the part.
The goal is simple: make sure the machining plan starts with a clear understanding of your drawing requirements.
Why Buyers Choose JeaSnn for 5-Axis Machining
JeaSnn combines machining experience, quality control, production capacity, and direct project communication to support repeat 5-axis machining requirements.
Established Since 2008
Experience in custom precision machining and complex part manufacturing.
Two-Shift Production
Two-shift operations support ongoing projects and repeat production orders.
Dedicated Quality Team
Our 15-person QC team inspects parts according to drawing requirements.
Direct Project Communication
We clarify drawings, specifications, and production requirements before proceeding.
Applications of 5-Axis CNC Machining
Lighting
Machining lighting housings, mounting brackets, and structural components with angled surfaces, recessed features, and multiple mounting points.
CNC Machine Tools
Producing machine components, fixtures, and mounting parts with multi-sided features, angled holes, and precisely positioned interfaces.
Electrical Equipment
Manufacturing custom enclosures, mounting components, and connection parts with multiple machined faces and complex internal features.
Oil & Gas
Machining equipment components, connection blocks, and mounting parts with angled holes, intersecting features, and machined mating surfaces.
Medical Equipment
Producing instrument housings, mounting brackets, and precision components with complex geometries and features positioned on different faces.
Automotive
Manufacturing custom housings, brackets, and mechanical components with multi-directional holes, recessed areas, and mounting interfaces.
Power Tools
Machining compact housings and mechanical components with multiple openings, angled features, and recessed structures.
CNC Routers & 3D Printers
Producing mounting brackets, structural components, and machine parts with multi-sided features and precisely positioned mounting surfaces.
Case Studies
Power Tool Housing Component
Custom machined component featuring a cylindrical opening, mounting holes, and mating surfaces for integration into power tool assemblies.
Multi-Chamber Power Tool Component
Features a circular arrangement of machined chambers around a central opening, with smooth internal surfaces and a compact, integrated structure.
Aerospace Structural Component
Features a large central bore, multiple mounting holes, and machined recesses within a compact structure for aerospace equipment assemblies.
Oilfield Clamp Components
Custom machined clamp components featuring curved mating surfaces, threaded holes, and multiple mounting points for mechanical assemblies used in oilfield equipment.
FAQ
5-Axis CNC Machining FAQ
What is the difference between 3+2 axis machining and simultaneous 5-axis machining?
In 3+2 axis machining, the rotary axes position the workpiece at a fixed angle and remain locked while the X, Y, and Z axes perform the cutting. In simultaneous 5-axis machining, the linear and rotary axes can move together continuously during cutting. JeaSnn currently provides 3+2 axis machining.
How do I know if 3+2 axis machining is suitable for my part?
3+2 axis machining is often suitable for parts with features on multiple faces or at different fixed angles that would otherwise require repeated repositioning. Send us your drawing and 3D model, and we can review the geometry and machining requirements before quotation.
What affects the cost of a 5-axis machined part?
Cost depends on factors such as material, part geometry, machining time, tooling, tolerance requirements, surface finishing, inspection requirements, and order quantity. A complex-looking part is not necessarily expensive for the same reasons as another part, so the most reliable way to evaluate cost is to review the actual drawing and quantity.
What information should I provide for a 5-axis machining quote?
For a more accurate review and quotation, provide your 2D drawing and/or 3D CAD model together with the material, quantity, tolerances, surface finish, and any critical inspection requirements. Clearly marking critical features on the drawing also helps our team understand what matters most for your part.
How long does 5-axis CNC machining take?
Lead time depends on the part geometry, material availability, quantity, tolerance and inspection requirements, surface finishing, and the overall manufacturing process. We review these requirements with your drawing before confirming the production schedule.
Can you support repeat orders for 5-axis machined parts?
Yes. JeaSnn supports custom machined parts from initial orders through repeat production. For repeat projects, drawing revisions or requirement changes should be confirmed before the next production run so the correct version is used.
Cost-efficient Machined Parts at Any Quantity
Upload your CAD file and get a quote with free DFM feedback within 24 hours. From rapid prototypes to mass production — flexible volumes to fit your project.
Sample ready in as fast as 30 minutes
Tolerances up to ±0.005 mm with Japan-imported machines
ISO 9001:2015 & IATF 16949:2016 certified quality system
OEM/ODM manufacturing since 2008, from prototypes to repeat production