Genmitsu 4th Axis Rotary Module Instruction Manual

1. Introduzzjoni

This manual provides essential information for the safe and effective use of your Genmitsu 4th Axis Rotary Module. This module is designed as an upgrade for Genmitsu 4040-PRO, 4040 Reno, and 3030-PROVer MAX CNC machines, enabling advanced carving capabilities. Please read these instructions thoroughly before installation and operation.

Figura 1: Aktarview of the Genmitsu 4th Axis Rotary Module.

2. Karatteristiċi ewlenin

• Enhanced Carving Capabilities: Enables carving from multiple angles and positions, supporting full rotary carving with appropriate software. This expands the range of complex parts with curved or angled features that can be produced.
• NEMA17 Planetary Geared Stepper Motor: Features a high-torque NEMA17 motor, providing increased force and precision for rotating workpieces compared to belt-driven rotary modules.
• Dimensjonijiet versatili:
  • Center Height: 50mm
  • Għoli totali: 86mm
  • Material Lengths: 10-100mm (with tailstock), 10-200mm (without tailstock)
  • Applicable Material Diameter: 2-50mm
  

  Figure 2: Key dimensions of the rotary module.
• Kontroll ta' Preċiżjoni: Achieves precise control with a 10:1 reduction ratio, offering a minimum angle of 0.1° and a maximum angular speed of 300° per second for high speed and accuracy.
• 4-Jaw Chuck: Securely holds various material shapes and sizes.
  

  Figura 3: Clamped material diameter range (2-50mm).

  

  Figure 4: Chuck jaw configurations for forward (2-22mm) and reverse (18-50mm) mounting.

3. Setup u Installazzjoni

The Genmitsu 4th Axis Rotary Module comes pre-assembled for ease of installation. Follow these steps to integrate it with your compatible CNC machine:

1. Spakkjar: Carefully remove all components from the packaging. Verify that all parts listed in the kit contents are present.
   

   Figure 5: Kit contents including the rotary module, tailstock, and mounting hardware.
2. Immuntar: Position the rotary module on the baseplate of your Genmitsu 4040-PRO, 4040 Reno, or 3030-PROVer MAX CNC machine. Align the module with the pre-cut holes on the baseplate and secure it using the provided screws. Ensure the module is parallel to the CNC's X-axis for accurate operation.
3. Konnessjoni: Connect the stepper motor cable from the rotary module to the designated 4th axis port on your CNC machine's controller.
4. Offline Controller Requirement: For the 4040-PRO and 4040 Reno models, an offline controller (ASIN: B0C582HQ6Z) is required to send G-code for 4th axis operations. The 3030-PROVer Max typically includes an integrated offline controller. Ensure you have the necessary controller for proper functionality.
5. Konfigurazzjoni tas-Softwer: You will need CAD/CAM software capable of generating toolpaths for rotary motion. Recommended options include Fusion 360 and Vectric. Configure your software to recognize and utilize the 4th axis.

Figure 6: The 4th Axis Rotary Module installed on a compatible CNC machine.

4. Operazzjoni

Operating the 4th Axis Rotary Module involves preparing your workpiece, generating appropriate G-code, and executing the carving process.

1. Workpiece Mounting:
   • Open the 4-jaw chuck by rotating the adjustment ring.
   • Insert your material (diameter 2-50mm) into the chuck. Ensure it is centered and securely clamped.
   • If using the tailstock for longer materials (up to 100mm), adjust its position to support the free end of the workpiece. The tailstock can be adjusted along the baseplate in 20mm increments, with a fine adjustment range of 0-30mm.
     

     Figure 7: Tailstock adjustment for supporting longer workpieces.

2. G-code Generation: Use your chosen CAD/CAM software (e.g., Fusion 360, Vectric) to design your rotary carving project and generate the corresponding G-code. This G-code will include commands for the 4th axis rotation.
3. Eżekuzzjoni:
   • Load the generated G-code onto your offline controller.
   • Ensure the CNC machine and rotary module are powered on and properly connected.
   • Initiate the carving process from the offline controller. Monitor the operation closely.
   

   Figure 8: Rotary carving of a wooden piece using the module and an offline controller.

4.1. Vidjo Operazzjonali

5. Manutenzjoni

Regular maintenance ensures the longevity and optimal performance of your 4th Axis Rotary Module.

• Tindif: After each use, clean the module, especially the chuck jaws and tailstock, to remove dust, debris, and wood chips. Use a soft brush or compressed air. Avoid using harsh chemicals that could damage the aluminum finish.
• Lubrikazzjoni: Periodically apply a small amount of light machine oil to the moving parts of the chuck and tailstock screw mechanism to ensure smooth operation.
• Spezzjoni: Regularly inspect all screws and connections to ensure they are tight. Check for any signs of wear or damage to the motor, cables, or mechanical components. Replace worn parts as necessary.
• Ħażna: When not in use, store the rotary module in a clean, dry environment to prevent corrosion and dust accumulation.

6 Issolvi l-problemi

This section addresses common issues you might encounter with the 4th Axis Rotary Module.

7. Speċifikazzjonijiet

8. Garanzija u Appoġġ

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