SYNTEC 60W-E Controller

– User-Friendly Interface
Features a panel for intuitive operation, along with graphic simulation and handwheel control for easy program verification.

– G-Code & CAD/CAM Compatibility
Works with industry-standard G-code and popular software like Type 3, Powermill, ArtCAM, and Fusion 360, ensuring seamless integration with design workflows.

– Flexible I/O and Networking
Offers expandable I/O modules for custom hardware integration and supports Ethernet/USB for file transfer and remote monitoring .

– Reliable Performance
Built-in diagnostic tools and error recovery functions (e.g., breakpoint resume) minimize downtime, while anti-vibration design ensures stability.

– Safety Features
Includes emergency stop, overload protection, and collision detection to safeguard operators and machinery .

– Open PLC Programming
Allows users to customize automation sequences via open PLC programming, enhancing adaptability for specialized tasks.

4.5KW Water Cooling ATC Spindle

– High Heat Dissipation Efficiency
Adopting a water-cooling system, it can quickly dissipate the heat generated by the spindle during high-speed operation. This effectively controls the temperature rise of the spindle, avoids accuracy degradation or component wear caused by overheating, and ensures stable operation for a long time.

– Strong Power and Processing Adaptability
With a power of 4.5 kW, it can meet most medium-to-heavy processing needs (such as carving and milling of materials like wood, stone, and metal). Equipped with an automatic tool-changing function, it eliminates the need for manual tool replacement, significantly reducing downtime and improving processing efficiency.

– Stable Processing Accuracy
The excellent heat dissipation effect reduces errors caused by thermal deformation of the spindle. At the same time, the precise positioning of the tool-changing mechanism ensures the coaxiality and position accuracy of the tool after each tool change, making it suitable for scenarios with high requirements for processing accuracy.

– Longer Service Life
Efficient heat dissipation reduces the wear rate of core components such as spindle bearings. Automatic tool changing minimizes accidental collisions or improper manual interference with the spindle, extending the overall service life of the spindle and lowering maintenance costs.

Linear Tool Magazine

– Higher Efficiency
Reduced Downtime: Automatic tool changes are quick and seamless, minimizing processing time and boosting productivity.
Continuous Operation: Allows the machine to run continuously without frequent manual intervention, ideal for long and complex tasks.

– Enhanced Precision
Consistent Tool Positioning: Ensures accurate tool placement for consistent and precise engraving.
Minimized Human Error: Eliminates errors from manual tool changes, leading to more reliable results.

– Greater Flexibility
Versatile Tool Selection: Stores and uses various tools, enabling work on different materials and designs.
Complex Design Execution: Facilitates the creation of intricate designs by using different tools for various parts.

– Improved Tool Management
Optimal Tool Utilization: Tracks tool usage and wear for efficient scheduling of replacements or maintenance.
Extended Tool Life: Reduces tool damage during changes, lowering replacement costs.

– Enhanced Safety
Reduced Operator Risk: Minimizes risks from manual tool handling, creating a safer work environment.
Fewer Machine Errors: Reliable automatic changes decrease the chance of machine malfunctions and accidents.

Vacuum Mix T-slot Table

– Strong clamping force:
The vacuum system can provide a strong and stable clamping force, which can firmly fix the workpiece on the table, ensuring the accuracy and stability of processing.

– High efficiency:
The combination of vacuum and T-slot design allows for quick and easy installation and removal of workpieces, improving the efficiency of the processing process.

– Wide application range:
It can be used to clamp various types of workpieces, including those with complex shapes and irregular surfaces, meeting the needs of different processing requirements.

Application

1. Woodworking: For cutting, carving, and shaping wooden furniture, cabinetry, and decorative moldings. Materials include various types of wood.
2. Sign Making: To cut and engrave letters, logos, and graphics on materials like acrylic, PVC, and aluminum for signage.
3. Stone Working: To cut, carve and shape stones like granite and marble. Create patterns for sculptures, columns, balustrades, and decorative panels.
4. Metal Working: To cut, drill, engrave and shape non – ferrous metals like aluminum, brass, and copper. Used for machinery parts, art pieces, and electronics components.
5. Art and Craft: Artists and craftsmen use it to create sculptures, ornamental designs, etc. in materials like wood, metal, plastic, and glass, etc.
6. Mould Making: Architectural firms and product designers use it to create detailed mould. Materials include wood, plastic, and foam, etc.
7. ACP Processing: Used for cutting, shaping, and engraving ACP for applications such as exterior building cladding, signage, and decorative panels.
8. Boat Building: To cut and carve wood and materials like EPS, epoxy, and polyester for boat construction.
9. Musical Instruments Manufacturing: It is used to make components for string, percussion, and wind instruments.
10. Packaging Industry: Cut and slot packaging materials such as cardboard and plastic sheets to produce various packaging boxes, display racks, and packaging inserts
11. Automotive Industry: Engrave and shape automotive interior parts such as dashboards, door panels, and seats to achieve personalized designs and decorations.