Greater Tool Access
Reach angled faces, deep features and difficult machining areas.
MULTIAXIS CNC MACHINING
Complex Geometry.
Machined in Fewer Setups.
Precision 3-axis, 4-axis and 5-axis CNC machining for complex parts, tight features and demanding production applications.
- 3-, 4- & 5-Axis Machining
- Complex Multi-Sided Features
- Fewer Setups, Better Consistency
- Prototypes to Production
MULTIAXIS MACHINING
What Is Multiaxis Machining?
Multiaxis machining allows the cutting tool or workpiece to move across multiple axes, enabling complex surfaces and multi-sided features to be machined with fewer setups.
3–5
AXIS
Controlled Machining Movement
From conventional 3-axis operations to simultaneous 5-axis machining for demanding part geometries.
Compared with conventional machining, 4-axis and 5-axis systems provide better tool access to angled faces, deep cavities, compound curves and multi-sided features. Reducing the number of setups also helps maintain positional relationships between critical dimensions.
At HordRT , we use multiaxis CNC machining for prototypes and production parts that require complex geometry, consistent alignment and reliable dimensional control.
Explore Our Machining Capabilities
Fewer Part Setups
Machine several sides without repeatedly repositioning the part.
Consistent Feature Alignment
Improve positional accuracy between related features and surfaces.
MACHINING CAPABILITIES
Multiaxis Solutions for Complex CNC Parts
From indexed positioning to simultaneous 5-axis movement, we select the appropriate machining strategy according to part geometry, feature access and dimensional requirements.
3–5 AXIS
Complex Geometry
Machined with fewer part setups
3+2 AXIS
Indexed 5-Axis Machining
The rotary axes position the workpiece at a fixed angle before cutting, allowing multiple faces and angled features to be machined in fewer setups.
- Angled holes and surfaces
- Multi-sided precision parts
4 AXIS
Rotary CNC Machining
A controlled rotary axis enables machining around the workpiece, making it suitable for cylindrical parts and features distributed across several sides.
- Rotational components
- Features around the part
5 AXIS
Simultaneous 5-Axis Machining
Five coordinated axes move during cutting, providing continuous tool access to compound surfaces, deep features and complex precision geometry.
- Compound and contoured surfaces
- Deep and difficult-to-reach features
Not sure which machining strategy fits your part?
Send Us Your DesignCOMPLEX PART GEOMETRY
Complex Features We Machine with Confidence
Multiaxis machining improves access to difficult features while reducing repositioning and maintaining critical relationships across the finished part.
Angled Holes & Surfaces
Machine features positioned at compound angles without repeatedly resetting or manually tilting the workpiece.
Deep Cavities
Improve tool approach and cutting angles for recessed areas while helping reduce tool overhang.
Compound Curved Surfaces
Produce continuously changing contours used in aerospace, automotive, medical and robotic components.
Multi-Sided Features
Complete related holes, pockets and faces around a component within one controlled machining setup.
Thin Walls & Tall Features
Apply suitable tool paths and cutting angles to manage deflection in lightweight or low-stiffness structures.
Position-Critical Features
Maintain dimensional relationships between holes, faces and reference surfaces machined from different orientations.
Final machining strategy depends on part geometry, material, feature depth, tolerance requirements and available tool access.
Send Your CAD FileMACHINING MATERIALS
Materials for Multiaxis Machining
Metal and engineering plastic options for complex prototypes, precision components and production parts.
01
MATERIAL FAMILY
Metals
AL
LIGHTWEIGHT
Aluminum
6061 · 6082 · 7075 · 2024 · 5052
SS
CORROSION RESISTANT
Stainless Steel
303 · 304 · 316 · 17-4PH
ST
HIGH STRENGTH
Steel
1018 · 1045 · 4140 · Tool Steel
TI
HIGH PERFORMANCE
Titanium
Grade 2 · Grade 5 · Ti-6Al-4V
CU
CONDUCTIVE
Copper & Brass
Copper · Brass · Bronze
02
MATERIAL FAMILY
Engineering Plastics
PRECISION & TOLERANCE CONTROL
Precision Built Around Your Part Requirements
Reliable multiaxis machining combines fewer setups with controlled workholding, stable cutting parameters and inspection based on your drawing requirements.
Critical Dimensions
Finishing passes are planned around dimensions that affect part fit and function.
Position & Alignment
Fewer repositioning steps help maintain relationships between holes, faces and datums.
Complex Profiles
Controlled tool orientation supports compound surfaces and three-dimensional profiles.
Production Consistency
Stable fixtures and documented machining parameters support repeatable production.
Drawing-Driven Inspection
CMM · Dimensional Inspection · Blue-Light Scanning
SURFACE FINISHING
Surface Finishes for Multiaxis Parts
Choose the appropriate finish for appearance, corrosion resistance, wear performance and final application requirements.
STANDARD
AM
As-Machined
Visible machining marks with no additional finishing process.
MATTE TEXTURE
BB
Bead Blasting
Creates a clean and uniform matte surface texture.
ALUMINUM
AN
Anodizing
Adds protective and decorative color to aluminum parts.
DURABLE COATING
PC
Powder Coating
Provides durable color and protection for exterior surfaces.
COSMETIC
PB
Polishing & Brushing
Produces a polished or controlled directional appearance.
PROTECTIVE
PL
Plating & Coatings
Supports corrosion, conductivity or wear requirements.
HOW WE WORK
From Your CAD File to Inspected Parts
A controlled workflow connects engineering review, multiaxis programming, machining and inspection throughout your project.
-
Design Review
Review geometry, materials, tolerances and critical features.
-
CAM Programming
Plan tool orientation, cutting paths and machining sequences.
-
Workholding Strategy
Define stable datum locations, fixtures and tool access.
-
Multiaxis Machining
Machine complex features using the selected axis strategy.
-
Dimensional Inspection
Verify critical dimensions, datums and complex profiles.
-
Finishing & Delivery
Complete finishing, final checks and protected packaging.
INDUSTRIES & APPLICATIONS
Complex Parts for Demanding Industries
Multiaxis machining supports components with complex geometry, multi-sided features and critical dimensional relationships across demanding industrial applications.
Aerospace
Lightweight brackets, structural components and complex precision housings.
Medical Equipment
Instrument components and precision device housings.
Robotics & Automation
Joint bodies, motion components and precision mounts.
Automotive
Powertrain, vehicle development and structural components.
Industrial Equipment
Machine components, fixtures and functional assemblies.
WHY HORDRT
Reliable Multiaxis Machining, Built Around Your Parts
From prototype validation to repeat production, HordRT combines multiaxis machining, engineering review and dimensional inspection to deliver complex components with greater consistency.
Start Your CNC Project
No MOQ · Drawing review available
Engineering Review
Drawings and 3D models are reviewed for geometry, accessibility, tolerances and practical machining strategy.
Integrated Manufacturing
CNC machining, secondary operations and surface finishing are coordinated through one manufacturing partner.
Dimensional Verification
Critical dimensions and geometric relationships can be verified using CMM and other inspection equipment.
Flexible Production Support
Support for one-off prototypes, engineering builds and repeat low-volume production without rigid order requirements.
START YOUR MULTIAXIS PROJECT
Have a Complex Part Ready for Review?
Upload your drawings and project requirements. Our engineering team will review the geometry, material, tolerances and production needs before providing a manufacturing solution.
- Engineering review
- No minimum order quantity
- Prototypes to repeat production
01 What is multiaxis machining?
Multiaxis machining uses coordinated movement across multiple machine axes to access several faces and angles of a component. It is commonly used for complex geometries that would otherwise require multiple setups.
02 What is the difference between 3-axis and 5-axis machining?
A 3-axis machine moves the cutting tool along the X, Y and Z directions. Five-axis machining adds two rotary movements, allowing the tool to approach the part from more directions with fewer repositioning operations.
03 When should I use 5-axis machining?
Five-axis machining is suitable for components with compound angles, deep cavities, contoured surfaces, undercuts or critical features located across several sides of the part.
04 What tolerances can you achieve?
Achievable tolerances depend on the material, geometry, feature size and part dimensions. Selected critical features can be controlled to ±0.01 mm, subject to drawing and engineering review.
05 What materials are available for multiaxis machining?
Available materials include aluminum, stainless steel, alloy steel, titanium, brass, copper and engineering plastics. Material selection is reviewed according to performance, machinability, finish and project cost.
06 Can you machine prototypes and low-volume orders?
Yes. We support one-off prototypes, engineering validation parts and repeat low-volume production without a fixed minimum order quantity.
07 How do you inspect complex multiaxis machined parts?
Inspection may include conventional measuring equipment, CMM inspection and first article verification. Inspection methods are selected according to the drawing and critical dimensional relationships.
08 What information is required for a quotation?
Please provide a 3D CAD file, 2D drawing when available, material, quantity, surface finish and required tolerances. You can also identify any critical dimensions or functional interfaces.
