BCM3020S 5 Axis Waterjet Cutting Machine for Composite, Metal and Bevel Processing
Industrial Cold Cutting System for Composite Materials, Metal Bevel Cutting, and Multi-Angle CNC Processing
Last Updated: 2026-05-28
The BCM3020S 5 Axis Waterjet Cutting Machine is designed for cold cutting of composite materials, metal, stone, and engineered plastics. Equipped with an AC five-axis cutting head and ultra-high-pressure system, it supports bevel cutting, taper compensation, and complex contour processing for industrial manufacturing applications.
SALE
Brand
- BCAMCNC
Model
- BCM3020S
Table Size
- 7000 × 3150 × 2200 mm
$26,310.00Original price was: $26,310.00.$26,262.00Current price is: $26,262.00.
Supply – 360 Units in Stock Available for Sale Every Month
Quality – CE Certified for Safety & Reliability
Warranty – One-Year Limited Warranty for Entire Machine (Extended Warranties Available for Major Parts)
The BCM3020S is a gantry-type 5 Axis Waterjet Cutting Machine developed for cold cutting applications involving composite materials, metal plates, engineering plastics, stone, and multi-angle contour processing. The machine combines an AC five-axis cutting head, ultra-high-pressure waterjet technology, and CNC motion control to support bevel cutting, taper compensation, and complex profile machining.
This configuration is commonly used in industries where thermal cutting may affect material structure, edge quality, or dimensional stability. Typical applications include carbon fiber trimming, stainless steel bevel cutting, aerospace composite processing, and architectural stone fabrication.
Technical Configuration and Industrial Processing Capabilities
Gantry Structure and Motion Control System
The BCM3020S adopts a reinforced gantry structure intended for continuous industrial production environments. The machine frame is designed to maintain stability during high-pressure cutting cycles and long travel movements.
The motion system uses a Weihong CNC controller with Taiwan Delta servo motors for coordinated multi-axis positioning. According to the provided configuration sheet, the machine also uses YYC rack transmission components and an automatic lubrication system for linear motion maintenance.
Main machine specifications are listed below.
Item
Specification
Model
BCM3020S
Structure Type
Gantry CNC
Effective Cutting Area
3050 × 2000 mm
Z Axis Travel
200 mm
Machine Dimensions
7000 × 3150 × 2200 mm
Machine Weight
Approx. 5000 kg
Pump Power
40 kW
Working Pressure
48,000–55,000 PSI
Voltage
400V / 50Hz / 3Ph
Control System
Weihong CNC
Servo System
Taiwan Delta
Cooling System
Water Cooling Tower
Abrasive Feeding
Automatic Garnet Feeding
The machine is intended for workshops that require medium to large-format cutting capability across multiple material categories.
AC Five-Axis Cutting Head
Multi-Angle Cutting Capability
The AC five-axis cutting head supports angular movement up to ±45°. Compared with conventional three-axis waterjet systems, this allows the machine to perform bevel cutting and angled contour processing without repositioning the workpiece manually.
Typical applications include:
V bevel preparation
Y bevel cutting
K groove processing
Weld edge preparation
Multi-angle contour cutting
Carbon fiber edge trimming
Five-axis compensation can also reduce taper deviation during thick material cutting. Waterjet cutting naturally produces a slight kerf angle as cutting depth increases. The AC head compensates for this effect by adjusting nozzle angle dynamically during operation.
Taper Compensation in Thick Materials
Kerf taper becomes more visible when processing thicker stainless steel, aluminum, stone, or composite laminates. Compensation performance depends on several variables, including:
Material density
Cutting speed
Abrasive flow stability
Nozzle wear condition
Pressure consistency
In practical production environments, taper compensation helps reduce secondary grinding and edge finishing requirements.
Ultra-High Pressure Waterjet System
Pressure and Pump Configuration
The BCM3020S uses a 40 kW ultra-high-pressure intensifier system with a working pressure range between 48,000 PSI and 55,000 PSI, equivalent to approximately 330–380 MPa.
Pressure selection usually depends on:
Material thickness
Surface finish requirements
Desired cutting speed
Abrasive type
Higher pressure generally improves cutting efficiency on dense materials, although component wear may increase under continuous maximum-pressure operation.
Cold Cutting Characteristics
A 5 Axis Waterjet Cutting Machine is commonly selected for applications where heat affected zones must be avoided.
Unlike thermal cutting systems such as plasma or laser, waterjet processing does not expose the material edge to direct heat. This can help reduce:
Thermal deformation
Surface oxidation
Resin burning
Microcracking in brittle materials
Cold cutting is often preferred for composite materials and heat-sensitive alloys.
Material Compatibility and Processing Range
The BCM3020S can process multiple industrial materials using abrasive waterjet technology.
Composite Materials
Typical composite applications include:
Carbon fiber reinforced polymer (CFRP)
Fiberglass
Honeycomb panels
Thermoplastic composites
Glass fiber laminates
Composite materials may require lower piercing pressure during initial penetration to reduce the risk of delamination or edge breakout.
Metal Processing
Common metal applications include:
Stainless steel
Carbon steel
Aluminum alloy
Copper
Titanium alloy
Cutting speed and edge quality vary according to hardness and thickness. Dense alloys generally require slower feed rates and higher abrasive consumption.
Stone and Ceramic Processing
The machine can also be used for:
Marble cutting
Granite contour cutting
Porcelain slab beveling
Ceramic trimming
Brittle materials typically require lower acceleration settings near corners to reduce chipping risk.
Typical Cutting Thickness and Tolerance
Actual cutting performance depends on material condition, abrasive quality, nozzle wear, and processing parameters.
The following ranges are commonly referenced in industrial abrasive waterjet applications.
Material
Typical Thickness Range
Carbon Steel
1–120 mm
Stainless Steel
1–100 mm
Aluminum Alloy
1–80 mm
Carbon Fiber Panels
1–50 mm
Stone Materials
5–150 mm
Typical dimensional tolerance:
Approximately ±0.1 mm to ±0.25 mm under stable operating conditions
Surface finish and tolerance stability may vary depending on:
Traverse speed
Nozzle condition
Abrasive mesh quality
Fixture stability
Material flatness
Abrasive Feeding and Cooling System
Automatic Abrasive Delivery
The machine configuration includes an automatic abrasive feeding system designed for continuous garnet supply during cutting operations.
Stable abrasive flow is important for:
Edge consistency
Cutting penetration
Nozzle protection
Surface finish stability
Insufficient abrasive flow may reduce cutting performance and increase taper.
Water Cooling System
The BCM3020S is configured with a water cooling tower intended to help stabilize hydraulic system temperature during extended operation periods.
Hydraulic oil temperature management is important in ultra-high-pressure systems because excessive heat may accelerate:
Seal wear
Pressure fluctuation
Hydraulic viscosity loss
Actual maintenance intervals depend on:
Daily operating hours
Water quality
Pressure settings
Abrasive cleanliness
Industrial Applications
Aerospace Composite Trimming
Composite structures used in aerospace manufacturing often require cold cutting methods to avoid thermal damage to resin systems and fiber structures.
Typical components include:
CFRP panels
Honeycomb structures
Interior composite assemblies
Automotive Interior Processing
The five-axis head configuration supports contour trimming of:
Dashboard structures
Interior plastic panels
Molded composite parts
Thermoformed components
Metal Fabrication and Bevel Preparation
The BCM3020S can be used for:
Weld preparation
Structural steel contour cutting
Stainless steel bevel processing
Pressure vessel edge preparation
Stone and Architectural Manufacturing
Waterjet technology is also commonly used in:
Marble inlay processing
Decorative stone cutting
Ceramic edge trimming
Custom architectural panel fabrication
Sample Processing Display
Operational Considerations and Maintenance
A 5 Axis Waterjet Cutting Machine requires regular inspection and consumable maintenance during long-term industrial use.
Components that typically require scheduled inspection include:
High-pressure seals
Mixing tubes
Orifices
Abrasive delivery lines
Hydraulic filtration systems
Kerf width in abrasive waterjet processing is commonly influenced by nozzle configuration and may vary depending on the mixing tube combination used.
Feed rate selection should also be adjusted according to:
Material hardness
Thickness
Edge quality requirements
Production efficiency targets
In high-precision applications, slower cutting speeds are often used to maintain dimensional consistency and improve edge finish quality.
Manufacturing Standards and System Integration
According to the provided configuration information, the BCM3020S uses Schneider electrical components in the electrical control system.
For export projects, electrical configuration and workshop compatibility may require adjustment according to local industrial standards and power specifications.
Summary
The BCAMCNC CNC waterjet machine is designed for manufacturers requiring cold cutting capability, bevel processing, and multi-material flexibility within a CNC waterjet platform.
Its combination of:
AC five-axis cutting
48,000–55,000 PSI operating pressure
automatic abrasive feeding
gantry structure
CNC motion control
makes it suitable for industrial applications involving composite trimming, thick material processing, bevel preparation, and complex contour cutting where thermal cutting methods may not be appropriate.
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