STANDARD EDWS-320x400 Precision Wire Cut EDM with Servo Motors

Elevate your productivity and precision with the STANDARD EDWS-320x400, a high-performance EDM wire cutting machine. Designed for superior cutting capabilities, it is ideal for businesses seeking enhanced performance.

• Precision Redefined: Sets the standard for accuracy in wire cut EDM technology with servo motor-driven cutting mechanisms for consistent, fine-tuned results across various materials.

• Exceptional Build Quality: Made with robust materials and meticulous engineering, ensuring durability and reliability, minimizing downtime and maintenance costs.

• High Efficiency: State-of-the-art servo motors enable swift and smooth cutting of complex geometries, meeting tight production schedules with ease.

• User-Friendly Interface: Features an intuitive control panel for easy operation, suitable for both seasoned professionals and newcomers.

• Versatility: Accommodates a wide range of materials, from metals to alloys, making it a versatile choice for diverse applications.

• Precision Wire Cutting: Delivers intricate cuts, sharp corners, and smooth finishes with unmatched accuracy, catering to detailed machining requirements.

Optimize your manufacturing processes with the STANDARD EDWS-320x400 Precision Wire Cut EDM. Invest in this top-tier machine to enhance your production capabilities and stay ahead of the competition. Purchase today and experience the difference.

• Worktable Size - 440x620mm
• X-Y Stroke - 320x400mm
• Taper angle - ±3°
• Maximum cutting speed - 300mm2/min
• Best roughness - 0.8um
• Table loading - 800kg
• Driving motor - Panasonic/YASAKAWA
• Wire diameter - 0.13-0.2mm (Normally 0.18)
• Electrode diameter - 0.10-0.20mm
• Electrode speed - 11.5H(adjustable)m/s
• Cutting accuracy - 0.005mm
• Maximum current - 10A
• Power supply - 50HZ 3 phase 380V
• Worktable Details
• Moving pulse equivalent - 0.001
• Guide rail - Taiwan Hiwin
• Screw - NMC Ball Screw
• Bearing - NSK/NTN
• Motor (option) - CZBM
• Wire feed information
• Screw - NMC
• Bearing - NTN
• Motor - SHGW
• Pully - XIEYE
• Pully Bearing - NSK
• Water nozzle - Red Diamond
• Oil Pump - Automatic Oiling
• Machine weight - 2350kg
• Overall size - 1700x1250x1800mm

• Worktable Size - 17.32x24.41 inches
• X-Y Stroke - 12.60x15.75 inches
• Taper angle - ±3°
• Maximum cutting speed - 11.81 inches²/min
• Best roughness - 0.00003 inches
• Table loading - 1763.70 lbs
• Driving motor - Panasonic/YASAKAWA
• Wire diameter -0.0051-0.0079 inches (Normally 0.0071)
• Electrode diameter - 0.0039-0.0079 inches
• Electrode speed - 45.93 ft/min
• Cutting accuracy - 0.0002 inches
• Maximum current - 10A
• Power supply - 50HZ 3 phase 380V
• Worktable Details
• Moving pulse equivalent - 0.001
• Guide rail - Taiwan Hiwin
• Screw - NMC Ball Screw
• Bearing - NSK/NTN
• Motor (option) - CZBM
• Wire feed information
• Screw - NMC
• Bearing - NTN
• Motor - SHGW
• Pully - XIEYE
• Pully Bearing - NSK
• Water nozzle - Red Diamond
• Oil Pump - Automatic Oiling
• Machine weight - 5180.9 lbs
• Overall size - 66.93x49.21x70.87 inches

• Controller Model - Vertical Cabinet
• CNC System - AutoCut
• Program software  - AutoCad
• Processing basic - Windows XP/Windows 7
• Handle controller - Yes
• Single/Multi Cut - Optional
• Transducer Control - Yes
• Maximum Processing Current - 10A

1. Safety Precautions: Familiarize yourself with safety protocols, wear PPE, and ensure proper ventilation. Keep flammable materials away.

2. Machine Setup: Power on the machine, let it warm up, and check that all servo motors are functioning correctly.

3. Material Preparation: Secure and align the workpiece in the fixture. Ensure the material is suitable for EDM.

4. Electrode Setup: Install and adjust the wire electrode (brass or tungsten). Set the wire feed rate and electrode tension.

5. Programming: Create or import the CNC program. Set cutting parameters like feed rate, current, voltage, and pulse duration based on material and desired results.

6. Initial Test Cut: Perform a test cut on a scrap piece to verify settings and adjust as needed.

7. Machining Operation: Start the CNC program. Monitor the process, making adjustments to maintain precision and surface finish.

8. Quality Control: Periodically measure the part to ensure it meets specifications and adjust parameters as needed.

9. Post-Machining Steps: Turn off the machine, remove the part, and deionize it to remove debris.

10. Maintenance: Regularly clean and maintain the machine, including the wire feed system and servo motors. Replace worn parts as needed.

Following these steps will help achieve precise and high-quality results with a Precision Wire Cut EDM. Always adhere to the manufacturer's instructions and safety guidelines.