AC 5-Axis Waterjet Cutting Machine for 3D Bevel Cutting and Taper Compensation
MAIS AC 5-Axis Waterjet Cutting Machine is designed for advanced angle cutting, 3D contour cutting, bevel cutting and taper compensation on metal, stone, glass, ceramic and composite materials.
- Rated pressure: 65,000 psi, Working Pressure: 1,500–62,000 psi
- A-axis tilt and C-axis rotation for advanced 5-axis cutting
- Designed for bevel cutting, chamfering and taper compensation
- Suitable for complex contours, curved edges and 3D cutting paths
- Cold cutting without heat-affected zone or thermal deformation
- Compatible with CAD/CAM-based production workflows
- Custom table size, pump, voltage, color and OEM configuration
A +/-59 deg
Tilt Axis
C 360 deg
Rotation Axis
450 MPa
Rated Pressure
General Specifcations
Equipment specifications
- Model: MAI-4020
- Working size (mm): 4000*2000
- ( MPA) Rated pressure: 450
- Working pressure: 10-430（62500 psi）
- Appearance size(mm): 5230*3130*2150
- Cutting accuracy: ±0.1mm
- Bevel cutting: 0–59°
- True 5-axis simultaneous motion
- Compatible with 3D CAD/CAM
- Heavy-duty frame for long-term industrial use
| A-axis rotation angle, power | ±59°/ 0.2KW |
| C-axis rotation angle, power | 360°/0.2KW |
| Rotation axis positioning accuracy | ±0.01mm |
| Rotation axis maximum speed | 10R/Min |
| Fixed point cutting accuracy | ±0.01mm |
| cutting accuracy | ±0.1mm (cutting tolerance of 0.2mm when the material remains undistorted). |
When Flat Cutting and Basic Bevel Cutting Are Not Enough
Standard 3-axis waterjet is suitable for flat profiles. AB 5-axis is practical for many bevel tasks. AC 5-axis is designed for factories that need higher cutting freedom, complex angled paths and better control on advanced geometries.
Complex Bevel Geometry
AC 5-axis movement supports more flexible cutting head orientation for bevels, chamfers and complex angled contours.
Edge Taper Problem
5-axis compensation helps reduce edge taper on thicker materials and improves part fit for precision applications.
3D Contour Cutting
For parts that require angled surfaces, curved edges, multi-directional cuts or CAD/CAM-based cutting paths.
Secondary Processing Cost
Direct bevel or angle cutting can reduce grinding, chamfering, trimming and extra machining after cutting.
What Is an AC 5-Axis Waterjet Cutting Machine?
An AC 5-axis waterjet machine adds A-axis tilt and C-axis rotation to the standard X/Y/Z CNC cutting structure. This allows the cutting head to change angle dynamically, making it suitable for 3D bevel cutting, taper compensation and advanced contour cutting.
- X-axis and Y-axis control the cutting path on the table.
- Z-axis controls cutting head height above the workpiece.
- A-axis provides cutting head tilt for bevel and taper control.
- C-axis provides 360 deg rotation for multi-directional angle cutting.
- Final performance depends on cutting head, pump, software and material condition.
Built for Advanced 5-Axis Cutting Accuracy and Cutting Freedom
The AC 5-axis structure is suitable for buyers who need more than standard bevel cutting and want stronger capability for complex shapes and precision angle control.
Advanced Bevel and 3D Cutting
Cut bevels, chamfers, angled contours and complex profiles with higher cutting head movement freedom.
Taper Compensation on Thick Materials
Adjust the cutting angle to help reduce taper and improve edge consistency on thicker materials.
Compatible with Advanced Cutting Workflows
Suitable for factories using digital drawings, CAD/CAM programming and complex cutting path management.
AC 5-Axis vs AB 5-Axis vs 3-Axis Waterjet
Choose the machine according to cutting complexity, angle requirement, material thickness, budget and operator capability.
| Machine Type | Best For | Main Advantage | Recommended Buyer |
|---|---|---|---|
| 3-Axis Water Jet Cutting Machine | Flat cutting, holes, arcs, panels, signs and general 2D parts | Lower investment, easy operation and practical maintenance | Factories mainly cutting flat profiles without bevel requirements |
| AB 5-Axis Water Jet Cutting Machine | Practical bevel cutting, chamfering and taper compensation | Good balance of cost, structure stability and bevel capability | Stone, ceramic and metal workshops needing regular angle cutting |
| AC 5-Axis Waterjet Cutting Machine | Complex bevels, 3D contours, curved edges and advanced angle cutting | Higher cutting freedom with A-axis tilt and C-axis rotation | Factories requiring advanced 5-axis flexibility and CAD/CAM-based processing |
Advanced 5-Axis Cutting for Metal, Stone, Glass, Ceramic and Composites
AC 5-axis waterjet cutting is especially useful when the workpiece requires bevels, multi-angle cutting, reduced taper or complex custom geometry.
Metal & Aluminum
For stainless steel, aluminum, copper, brass, carbon steel and industrial parts requiring cold angle cutting.
Stone & Marble
For granite, marble, quartz, countertop openings, stone inlays, bevels and decorative cutting.
Glass & Ceramic
For glass shapes, ceramic panels, porcelain slabs, brittle materials and precision decorative cutting.
Composite Materials
For carbon fiber, fiberglass, composite sheets and materials that should avoid heat-affected zones.
Where AC 5-Axis Waterjet Creates More Value
AC 5-axis waterjet is recommended when the project requires higher cutting freedom, complex bevels and better control over angle-related cutting quality.
Metal Bevel & Chamfer Cutting
For stainless steel, aluminum and industrial metal parts requiring angled edges, weld preparation or cold cutting.
Stone, Ceramic & Sintered Stone Cutting
For countertop openings, decorative stone patterns, porcelain slabs, bevels and complex architectural surfaces.
Composite and Precision Parts
For composite sheets, fiberglass, carbon fiber parts and materials that should avoid thermal deformation.
AC 5-Axis Waterjet Cutting Machine Specification Reference
The following configuration is based on the current MAIS AC 5-axis product information. Final specifications should be confirmed according to material, thickness, cutting accuracy, bevel angle and production target.
| Item | Reference Specification | Why It Matters |
|---|---|---|
| Machine Model | MAIS-4020-AC-5G / MAI-4020 reference configuration | Defines the machine class and working platform direction. |
| Working Size | 4000 x 2000 mm | Suitable for large sheets, stone slabs, metal plates and custom industrial materials. |
| Rated Pressure | 450 MPa | High pressure supports cutting hard and thick materials with abrasive waterjet cutting. |
| Working Pressure | 10-430 MPa / up to about 62,500 psi | Pressure should be selected according to material, thickness and edge quality requirement. |
| Machine Size | 5230 x 3130 x 2150 mm | Helps plan workshop space, installation layout and machine access. |
| Cutting Accuracy | +/-0.1 mm reference accuracy | Actual tolerance depends on material, thickness, cutting speed, setup and material stability. |
| Bevel Cutting | 0-59 deg reference range | Supports advanced bevel cutting, chamfering and angle processing. |
| A-Axis Rotation | +/-59 deg / 0.2 kW | Provides tilt movement for bevel and taper compensation. |
| C-Axis Rotation | 360 deg / 0.2 kW | Provides full rotation for multi-directional angle cutting. |
| Rotation Axis Positioning Accuracy | +/-0.01 mm reference value | Supports more precise cutting head movement and repeatability. |
| Rotation Axis Speed | 10 r/min reference maximum speed | Affects dynamic angle movement and cutting path execution. |
| CAD/CAM Compatibility | Compatible with 3D CAD/CAM workflow | Important for complex 5-axis toolpath programming and production control. |
5-Axis Cutting Quality Depends on the Whole System
The AC cutting head is only one part of the machine. Final cutting quality depends on the pump, CNC controller, abrasive system, motion structure, software workflow, water system and maintenance support.
AC 5-Axis Cutting Head
Supports A-axis tilt and C-axis rotation for bevel cutting, taper compensation and advanced angle cutting.
CNC Cutting Table
Customizable table size for stone slabs, glass panels, metal sheets and large-format materials.
High-Pressure Pump
Configured according to material thickness, cutting quality requirement and production capacity.
Abrasive Feeding System
Provides continuous abrasive supply for stone, ceramic, glass, metal and other hard materials.
CNC Control System
Controls cutting path, axis movement, cutting speed, pierce points and bevel cutting programs.
Motion Structure
Stable guide rail and drive structure help maintain cutting accuracy during long working hours.
CAD/CAM Workflow
Supports complex drawings, 3D contour needs and CAD/CAM-related production workflows.
Optional Accessories
Optional chiller, height sensor, automatic lubrication, cutting software and spare parts package.
When Should You Choose AC 5-Axis Waterjet?
AC 5-axis is not always necessary for every cutting job. Choose it when the part geometry, bevel angle or production workflow truly requires advanced 5-axis capability.
| Your Requirement | Recommended Choice | Reason |
|---|---|---|
| Only flat cutting, holes, simple arcs and standard 2D profiles | 3-Axis Waterjet | Lower investment and simpler operation are usually enough. |
| Regular bevel cutting and taper compensation on flat materials | AB 5-Axis Waterjet | Good practical solution for many bevel and angle-cutting jobs. |
| Complex bevels, curved edges, 3D contours and advanced toolpaths | AC 5-Axis Waterjet | A-axis tilt and C-axis rotation provide higher movement freedom for advanced cutting geometry. |
| Special table size, private label, voltage, pump or production-line requirement | OEM AC 5-Axis Solution | Machine configuration can be adjusted around your market, workshop and application needs. |
Configure the AC 5-Axis Waterjet Around Your Cutting Task
Different projects require different table sizes, pump pressure, cutting heads, software workflows, abrasive systems and spare parts. MAIS helps confirm the right configuration before quotation.
- Custom cutting table size and machine structure
- AC 5-axis cutting head configuration according to angle requirement
- Optional pump pressure, abrasive system, chiller and height control
- Voltage, machine color, logo and nameplate customization
- CAD/CAM-related workflow communication for complex parts
- Spare parts package, manuals and operator training support
From Cutting Requirement to AC 5-Axis Configuration
Send your material, cutting size, thickness, bevel angle, drawing and production target. MAIS will help confirm whether AC 5-axis is the right solution.
Send Material Information
Tell us whether you cut metal, stone, glass, ceramic, composite or mixed materials.
Confirm Cutting Geometry
Share cutting size, thickness, bevel angle, 3D contour needs, CAD drawings or sample photos.
Confirm 5-Axis Need
MAIS checks whether 3-axis, AB 5-axis or AC 5-axis is most suitable for your project.
Configure Machine System
Confirm table size, pump, AC cutting head, abrasive system, software, voltage and accessories.
Receive Quotation
Get a quotation based on real material, application, configuration and destination country.
Production & Support
MAIS provides production coordination, delivery support, installation guidance and after-sales service.
FAQ About AC 5-Axis Waterjet Cutting Machine
What is an AC 5-axis waterjet cutting machine?
An AC 5-axis waterjet is a CNC waterjet machine with X/Y/Z linear axes plus A-axis tilt and C-axis rotation. It is used for advanced bevel cutting, taper compensation and complex angle cutting.
What is the difference between AC 5-axis and AB 5-axis waterjet?
AB 5-axis is a practical option for many bevel and taper compensation tasks. AC 5-axis generally provides higher cutting freedom through A-axis tilt and C-axis rotation, making it more suitable for complex bevels, curved edges and advanced toolpaths.
What materials can the AC 5-axis waterjet cut?
It can cut metal, aluminum, stainless steel, stone, marble, granite, quartz, glass, ceramic, sintered stone and composite materials when matched with the right pump, abrasive system and cutting parameters.
Is AC 5-axis waterjet suitable for taper compensation?
Yes. AC 5-axis cutting head movement can be used to compensate cutting taper, especially on thicker materials where vertical cutting may produce tapered edges.
Do I need CAD/CAM software for AC 5-axis cutting?
For simple bevel cutting, the workflow can be relatively straightforward. For complex 3D contours and advanced angle cutting, CAD/CAM workflow and proper toolpath preparation are important.
What information should I provide before requesting a quote?
Please provide material type, maximum cutting size, thickness, required bevel angle, part drawing, application, production capacity, destination country and voltage requirement.
Need an AC 5-Axis Waterjet for Complex Bevel or 3D Cutting?
Send us your material, maximum cutting size, thickness, target bevel angle, 3D drawing requirement, application and country. MAIS will recommend a suitable AC 5-axis waterjet configuration.
Contact US
Learn about MAIS’s special customization services
- Address:Zhengzhou, Henan, China
- Email:info@maiscnc.com
- Phone:8615800329005
- Whatsapp:8615136435331