MT44
MT48
MT510
CNC Routers
MT Series
Heavy-duty, High-precision CNC Engraving and Milling
The MT Series features an integral cast structure for both the machine base and the gantry beam, ensuring exceptional overall rigidity and superior vibration resistance. Under high-speed cutting conditions, the machine maintains stable motion accuracy over extended periods, thereby enhancing both equipment durability and operational reliability. The integral casting design significantly minimizes structural deformation and improves the machine's dynamic response speed, consistently guaranteeing high-precision and highly stable machining performance.
The standard configuration encompasses three core models-the MT44, MT48, and MT510-offering flexible options to suit various requirements. The machining zone is equipped with a fully enclosed, waterproof protective enclosure that effectively prevents cutting fluid spillage and splashing, providing comprehensive protection for the machine's core precision components.
The equipment is compatible with a wide range of materials-including copper, aluminum, engineering plastics, and insulating boards-and is perfectly suited for water-cooled machining applications. It allows for seamless switching between dry and wet machining modes, effectively enhancing workpiece surface finish and extending tool service life.
The MT44 heavy-duty, high-precision CNC engraving and milling machine serves a wide range of industries - including aerospace, electronics and appliances, mold manufacturing, and hardware processing - thanks to its flexible cooling methods and broad material compatibility. Striking a balance between machining precision and production efficiency, it is ideally suited to meet the precise machining requirements of diverse operational scenarios.
MT44 Product Configuration:
- Machine Tool & Gantry Structure: Integral Cast Iron
- Work Table: Granite + Aluminum Vacuum Suction Table
- Work Enclosure: Stainless Steel Waterproof Guarding, Swarf Filtration, and Coolant Pump System
- Tool Change System: 16-Position Linear Tool Magazine with Automatic Tool Setting
- Spindle System: 7.5 kW BT30, 24,000 rpm (Φ120), Oil-Cooled
- CNC & Drive System: Industrial-Grade Fieldbus CNC System
- Transmission System: Precision Ground Ball Screws + 30mm Linear Guide Rails
- Machining Travel: 51.2" x 51.2" x 8.7" (1300 x 1300 x 220 mm)
- Power Supply: 3-Phase, 208–240V, 60 Hz
The MT44 Supports Optional Upgrades:
- Dual Spindles & Dual Tool Magazines: BT30 (7.5 kW, 24,000 rpm) spindle paired with an 8-position linear tool magazine - doubling processing efficiency.
- BT40 Spindle: BT40 (11 kW, 18,000 rpm, Ø150) spindle combined with 35mm roller guides - delivering enhanced machining capabilities.
- Tapping Spindle: Servo-driven spindle - effortlessly handles tapping operations in counterbored holes.
MT44 Applicable Materials:
- Copper Materials: Pure copper, brass, bronze, and various other copper and copper alloy plates and profiles; ideal for machining heavy-duty, precision copper components, ensuring exceptional processing accuracy and surface finish.
- Aerospace Aluminum: 2024, 5052, 6061, 7075, and other aluminum alloy series; specifically engineered for aerospace-grade aluminum processing to prevent deformation during machining, meeting the rigorous demands of high-end manufacturing.
- Composite Materials: Epoxy board, FR4 fiberglass, carbon fiber, aluminum honeycomb panels, synthetic stone, and similar materials; suitable for the precision machining of composites, featuring dust-resistant properties and ease of cleaning.
- Engineering Plastics: Acrylic (PMMA), POM, PC, PET, Nylon (PA), ABS, PE, PVC, and others; capable of precision machining a wide range of engineering plastics, balancing processing efficiency with superior aesthetic quality.
- Non-Metallic Sheet Materials: Various high-density boards, insulation panels, synthetic wood substitutes, and similar materials; designed for the fine machining of non-metallic substances, suitable for applications such as mold fabrication, insulation components, and other specialized processing scenarios.
MT44: Applicable Scenarios and Cooling Methods:
- Heavy-Duty Precision Metalworking: Specialized in processing metals such as copper, aerospace-grade aluminum, and mold aluminum plates. Utilizes emulsion-based cooling to ensure stable, vibration-free cutting, thereby significantly enhancing workpiece surface finish while completely eliminating deformation and burrs. Ideal for meeting the rigorous processing demands of high-end hardware and aerospace components.
- Fiberglass/Epoxy Board Processing: Optimized for machining composite materials such as FR4 fiberglass and insulation boards. Employs a pure water cooling method-an eco-friendly solution that leaves no residue and effectively prevents dust dispersion-to ensure precise machining accuracy. Perfectly suited for the production of electronic insulation components and circuit board substrates.
- Engineering Plastics/Plastic Sheet Processing: Designed for machining engineering plastics such as acrylic, POM, and PC. Supports both dry cutting and cold-air cooling methods, generating no wastewater and preventing workpiece deformation. Strikes an optimal balance between processing efficiency and product aesthetics, making it ideal for manufacturing plastic molds and decorative components.
- Versatile Multi-Condition Processing: A single machine model offers the flexibility to seamlessly switch between wet cutting and dry processing modes. It perfectly accommodates the diverse material and process requirements of copper, aluminum, composite materials, engineering plastics, and more-satisfying various processing conditions without the need for equipment replacement, thereby significantly boosting production efficiency.
The MT48 heavy-duty, high-precision CNC engraving and milling machine serves a wide range of industries-including aerospace, electronics and appliances, mold manufacturing, and hardware processing-thanks to its flexible cooling methods and broad material compatibility. Striking a balance between machining precision and production efficiency, it is ideally suited to meet the precision machining requirements of diverse application scenarios.
MT48 Product Configuration:
- Machine Tool & Gantry Structure: Integral Cast Iron
- Work Table: Aluminum Vacuum Suction Table
- Work Enclosure: Stainless Steel Waterproof Guarding, Swarf Filtration, and Coolant Pump System
- Tool Change System: 16-Position Linear Tool Magazine with Automatic Tool Setting
- Spindle System: 7.5 kW BT30, 24,000 rpm (Φ120), Oil-Cooled
- CNC & Drive System: Industrial-Grade Fieldbus CNC System
- Transmission System: Precision Ground Ball Screws + 30mm Linear Guide Rails
- Machining Travel: 51.2" x 102.4" x 8.7" (1300 x 2600 x 220 mm)
- Power Supply: 3-Phase, 208–240V, 60 Hz
The MT48 Supports Optional Upgrades:
- Dual Spindles & Dual Tool Magazines: BT30 (7.5 kW, 24,000 rpm) spindle paired with an 8-position linear tool magazine - doubling processing efficiency.
- BT40 Spindle: BT40 (11 kW, 18,000 rpm, Ø150) spindle combined with 35mm roller guides - delivering enhanced machining capabilities.
- Tapping Spindle: Servo-driven spindle - effortlessly handles tapping operations in counterbored holes.
MT48 Applicable Materials:
- Copper Materials: Pure copper, brass, bronze, and various other copper and copper alloy plates and profiles; ideal for machining heavy-duty, precision copper components, ensuring exceptional processing accuracy and surface finish.
- Aerospace Aluminum: 2024, 5052, 6061, 7075, and other aluminum alloy series; specifically engineered for aerospace-grade aluminum processing to prevent deformation during machining, meeting the rigorous demands of high-end manufacturing.
- Composite Materials: Epoxy board, FR4 fiberglass, carbon fiber, aluminum honeycomb panels, synthetic stone, and similar materials; suitable for the precision machining of composites, featuring dust-resistant properties and ease of cleaning.
- Engineering Plastics: Acrylic (PMMA), POM, PC, PET, Nylon (PA), ABS, PE, PVC, and others; capable of precision machining a wide range of engineering plastics, balancing processing efficiency with superior aesthetic quality.
- Non-Metallic Sheet Materials: Various high-density boards, insulation panels, synthetic wood substitutes, and similar materials; designed for the fine machining of non-metallic substances, suitable for applications such as mold fabrication, insulation components, and other specialized processing scenarios.
MT48: Applicable Scenarios and Cooling Methods:
- Heavy-Duty Precision Metalworking: Specialized in processing metals such as copper, aerospace-grade aluminum, and mold aluminum plates. Utilizes emulsion-based cooling to ensure stable, vibration-free cutting, thereby significantly enhancing workpiece surface finish while completely eliminating deformation and burrs. Ideal for meeting the rigorous processing demands of high-end hardware and aerospace components.
- Fiberglass/Epoxy Board Processing: Optimized for machining composite materials such as FR4 fiberglass and insulation boards. Employs a pure water cooling method-an eco-friendly solution that leaves no residue and effectively prevents dust dispersion-to ensure precise machining accuracy. Perfectly suited for the production of electronic insulation components and circuit board substrates.
- Engineering Plastics/Plastic Sheet Processing: Designed for machining engineering plastics such as acrylic, POM, and PC. Supports both dry cutting and cold-air cooling methods, generating no wastewater and preventing workpiece deformation. Strikes an optimal balance between processing efficiency and product aesthetics, making it ideal for manufacturing plastic molds and decorative components.
- Versatile Multi-Condition Processing: A single machine model offers the flexibility to seamlessly switch between wet cutting and dry processing modes. It perfectly accommodates the diverse material and process requirements of copper, aluminum, composite materials, engineering plastics, and more-satisfying various processing conditions without the need for equipment replacement, thereby significantly boosting production efficiency.
The MT510 heavy-duty, high-precision CNC engraving and milling machine serves a wide range of industries-including aerospace, electronics and appliances, mold manufacturing, and hardware processing-thanks to its flexible cooling methods and broad material compatibility. Striking a balance between machining precision and production efficiency, it is ideally suited to meet the precision machining requirements of diverse application scenarios.
MT510 Product Configuration:
- Machine Tool & Gantry Structure: Integral Cast Iron
- Work Table: Aluminum Vacuum Suction Table
- Work Enclosure: Stainless Steel Waterproof Guarding, Chip / Fluid Filtration & Pumping System, equipped with Dual-Screw Chip Conveyors
- Tool Change System: 20-Tool Disc-Type Magazine + Automatic Tool Setting
- Spindle System: 11 KW, BT40, 18,000 rpm (Φ150), Oil-cooled
- CNC & Drive System: Weihong Bus-Based System
- Transmission System: Ground Ball Screw + 35 / 45 / 35mm Roller Guides
- Machining Travel: 59" x 118" x 13" (1500 x 3000 x 320 mm)
- Power Supply: 3-Phase, 208–240V, 60 Hz
The MT510 Supports Optional Upgrades:
- Tapping Spindle: Servo-driven spindle - effortlessly handles tapping operations in counterbored holes.
MT510 Applicable Materials:
- Copper Materials: Pure copper, brass, bronze, and various other copper and copper alloy plates and profiles; ideal for machining heavy-duty, precision copper components, ensuring exceptional processing accuracy and surface finish.
- Aerospace Aluminum: 2024, 5052, 6061, 7075, and other aluminum alloy series; specifically engineered for aerospace-grade aluminum processing to prevent deformation during machining, meeting the rigorous demands of high-end manufacturing.
- Composite Materials: Epoxy board, FR4 fiberglass, carbon fiber, aluminum honeycomb panels, synthetic stone, and similar materials; suitable for the precision machining of composites, featuring dust-resistant properties and ease of cleaning.
- Engineering Plastics: Acrylic (PMMA), POM, PC, PET, Nylon (PA), ABS, PE, PVC, and others; capable of precision machining a wide range of engineering plastics, balancing processing efficiency with superior aesthetic quality.
- Non-Metallic Sheet Materials: Various high-density boards, insulation panels, synthetic wood substitutes, and similar materials; designed for the fine machining of non-metallic substances, suitable for applications such as mold fabrication, insulation components, and other specialized processing scenarios.
MT510: Applicable Scenarios and Cooling Methods:
- Heavy-Duty Precision Metalworking: Specialized in processing metals such as copper, aerospace-grade aluminum, and mold aluminum plates. Utilizes emulsion-based cooling to ensure stable, vibration-free cutting, thereby significantly enhancing workpiece surface finish while completely eliminating deformation and burrs. Ideal for meeting the rigorous processing demands of high-end hardware and aerospace components.
- Fiberglass/Epoxy Board Processing: Optimized for machining composite materials such as FR4 fiberglass and insulation boards. Employs a pure water cooling method-an eco-friendly solution that leaves no residue and effectively prevents dust dispersion-to ensure precise machining accuracy. Perfectly suited for the production of electronic insulation components and circuit board substrates.
- Engineering Plastics/Plastic Sheet Processing: Designed for machining engineering plastics such as acrylic, POM, and PC. Supports both dry cutting and cold-air cooling methods, generating no wastewater and preventing workpiece deformation. Strikes an optimal balance between processing efficiency and product aesthetics, making it ideal for manufacturing plastic molds and decorative components.
- Versatile Multi-Condition Processing: A single machine model offers the flexibility to seamlessly switch between wet cutting and dry processing modes. It perfectly accommodates the diverse material and process requirements of copper, aluminum, composite materials, engineering plastics, and more-satisfying various processing conditions without the need for equipment replacement, thereby significantly boosting production efficiency.
Technical Specifications
| Model | MT44 | MT48 | MT510 |
|---|---|---|---|
| Machine Dimension |
110" X 83" X 87" (2800 X 2100 X 2200 mm) View image |
169" X 83" X 87" (4300 X 2100 X 2200 mm) View image |
105.0" X 225.4" X 98.3" (2666 X 5725 X 2496 mm) View image |
| Machine Weight | 8800lbs (4000Kg) | 12320lbs (5600Kg) | 22,000lbs (10,000Kg) |
| Machining Travel (X/Y/Z) | 51.2" X 51.2" X 8.7" (1300 X 1300 X 220 mm) | 51.2" X 102.4" X 8.7" (1300 X 2600 X 220 mm) | 59.0" X 118.1" X 13.8" (1500 X 3000 X 320 mm) |
| Worktable Size | 4' X 4' (1,300 X 1,300 mm) | 4' X 8' (1,300 X 2,600 mm) | 5' X 10' (1,500 X 3,000 mm) |
| Max. Load | 1100 lbs (500Kg) | 2200 lbs (1000Kg) | 3300 lbs (1500Kg) |
| Machine Structure | Cast Iron Base + Granite | Cast Iron Base | |
| Sheet Metal Frame | Partial Guard | 2.2M Protective | |
| Max. Rapid Rate (X/Y/Z) | 1889" (48mm) | 1417" (36mm) | 945" (24mm) |
| Max. Feed Rate (X/Y/Z) | 708" (18mm) | 590" (15mm) | 472" (12mm) |
| Rated Power | 10Kw | 23Kw | |
| Spindle Power | 7.5KW | 11Kw | |
| Max. Spindle Speed | 24,000rpm (Φ120) | 18,000 rpm (Φ150) | |
| Tool Magazine Capacity | Straight-line Tool Magazine 16T | Servo disc tool change 20T | |
| Tool Holder Type | NBT30-SK10/16 | NBT40-SK10/16 | |
| Guide Rail Specifications (X/Y/Z) | Ball guide rails 30/30/30 | Roller guide rail 35/45/35 | |
| Number of Z-axis Sliders (pcs) | 4 | 6 | |
| Zoned Control of Vacuum Table | Zone2 | Zone3 | |
| Position Accuracy | 0.0006" / 0.0006" / 0.0003" (0.015 / 0.015 / 0.008 mm) (X/Y/Z) | ||
| Repeatability | 0.0002" / 0.0002" / 0.0003" (0.005 / 0.005 / 0.00762 mm) (X/Y/Z) | ||
| Workpiece Clamping Method | Vacuum / clamp | ||
| Auxiliary Worktable Material | Aluminum Alloy | ||
| Vacuum Chuck Groove Width | 0.236" (6mm) | ||
| Tabletop Screw Hole Specs | M8 x 21mm | ||
| Spindle Cooling Machine | Oil coolers | ||
| Coolant Flush / Air Blast | Standard | ||
| Tool Setter | Standard | ||
| Drive System | Weihong AC Servo | ||
| Power Supply | 3-Phase, 208-240V / 60Hz | ||
| Air Pressure | 0.6 MPa | ||
| Lubrication Systems | Standard | ||
| Controlling Cabinet Size | 28.5" x 23.9" x 83.3" (726 x 608 x 2115 mm) | N/A | |
| Water Tank | 304 SS, 200L | ||
Note: Machine positioning accuracy does not represent actual processing accuracy. Actual cutting accuracy is affected by materials, cutting tools, processing techniques, ambient temperature and other factors.
