integrated dual head waterjet
APW-3020BAi-a15-b-zz
> Table Size: 3m(X axis)*2m(Y axis)
> Pump Power: 37KW, 3.7L/min HP Flow
> Cutting Head: 3 Axis, 150mm Z-travel, 0.33 Nozzle
Application: most cutting industries
Customer industries: glass processing / refractory materials cutting / rubber cutting / sandpaper cutting
Choose Reason:
Upgrade from Traditional Gantry Dual-Head Waterjet Cutting to a More Flexible, More Stable, Automation-Ready Glass Waterjet Solution.
Details of integrated dual head waterjet
Product Overview
The APW-3020BAI-ZZ is a new-generation integrated dual head waterjet cutting machine developed specifically for glass processing applications.
Designed as an upgrade to traditional split-frame gantry dual-head waterjet machines, the APW-3020BAI-ZZ integrates the water tank, cutting table, and main machine structure into a single unit. While retaining the high productivity of dual-head cutting, it further improves overall structural rigidity, cutting accuracy, installation efficiency, and ease of maintenance.
The machine features a crane-liftable integrated design, minimizing onsite assembly and enabling rapid installation. It also makes future equipment relocation and production-floor reconfiguration easier.
Applications
The APW-3020BAI-ZZ is suitable for:
Architectural and decorative glass
Furniture glass
Appliance glass
Bathroom and sanitary glass
Engineering glass
Custom-shaped glass
Small-batch, high-mix glass production
Batch production of glass components
It is particularly well suited for glass processors looking to upgrade from traditional gantrystyle dual-head waterjets and improve precision, production flexibility, equipment deployment, and automation readiness.
Integrated Machine Structure
Unlike traditional split-frame designs with separate water tanks and gantry structures, the APW-3020BAI-ZZ integrates the water tank, cutting table, and main machine structure into one unit.
The reinforced integrated structure increases overall machine rigidity while reducing the impact of split assembly and onsite adjustment on cutting accuracy.
Customer Benefits:
Less onsite assembly
Easier installation and commissioning
Greater overall structural stability
Crane-liftable for easier relocation
Easier production-floor reconfiguration
Flexible Production Layout
The crane-liftable integrated structure makes the machine easier to relocate and allows production layouts to be reconfigured when customers add automated loading/unloading systems, glass conveyors, robotic arms, or other auxiliary equipment.
Customer Benefits:
Faster production-floor reconfiguration
Easier future automation upgrades
Lower production-line modification costs
Greater long-term equipment value
High-Precision Motion System
The Y-axis features reinforced column supports to increase structural rigidity over the full travel range.
Critical transmission mounting surfaces are machined as integrated reference surfaces, reducing cumulative errors associated with conventional split assembly.
Combined with high-precision servo motors, precision ball screws, and linear guides, the system delivers stable and accurate motion control.
Customer Benefits:
Improved dimensional consistency
Reduced machining deviation
Less rework and material waste
Suitable for high-precision custom glass processing
High-Efficiency Dual-head Cutting
The machine comes standard with two cutting heads. Head spacing and the number of active cutting heads can be customized according to production requirements.
The dual-head configuration can process identical or different workpieces simultaneously, making it ideal for high-volume and multiproduct glass processing.
Customer Benefits:
Higher throughput
Shorter production cycles
Adjustable cutting-head spacing
Greater flexibility for different production requirements
Optimized Leveling & Maintenance Design
The machine uses multiple adjustable support points with an optimized support layout and leveling mechanism to reduce operator-induced leveling errors and improve installation stability.
The integrated structure also reduces connections and assembly components found in conventional split machines, making inspection, adjustment, and maintenance easier.
Customer Benefits:
Easier machine leveling
Reduced installation errors
Easier routine maintenance
Less equipment downtime
Optimized Leveling & Maintenance Design
The machine uses multiple adjustable support points with an optimized support layout and leveling mechanism to reduce operator-induced leveling errors and improve installation stability.
The integrated structure also reduces connections and assembly components found in conventional split machines, making inspection, adjustment, and maintenance easier.
Customer Benefits:
Easier machine leveling
Reduced installation errors
Easier routine maintenance
Less equipment downtime
Tech-Data Table
Technical Specifications
Category | Parameter | Specification |
Processing | Effective Cutting Area | 3000 × 2000 mm |
Cutting Accuracy | ±0.10 mm | |
Repeat Positioning Accuracy | ±0.05 mm | |
Motion | Rapid Traverse Speed | 10 m/min |
Dual-head System | Cutting Heads | Standard Dual-head Configuration |
Power & Electrical | Rated Power Supply | 380V / 100A / 50Hz, 3Phase, 5Wire |
Total Machine Power | 42 kW | |
Drive System | Transmission System | High-Precision Servo Motors + Precision Ball Screws + Linear Guides |
Machine Dimensions | Overall Dimensions | 3917 × 2965 × 1922 mm |
Net Weight | 3200 kg | |
Standard Table Height | 900 mm |
Model | X-Axis Length | Y-Axis Length |
2010 | 2000 mm | 1000 mm |
2015 | 2000 mm | 1500 mm |
3020 | 3000 mm | 2000 mm |
4020 | 4000 mm | 2000 mm |
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