STANDARD EDWS-320x400 Revolutionize Wire Cutting: Servo Motor EDM for Precision Engineering - STANDARD Direct

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

*Excludes Local Taxes*

Products are built on order, general delivery is 8~16weeks and includes sea freight to most seaports.

Description

Introducing our STANDARD EDWS-320x400 Precision Wire Cut EDM with Servo Motors – the ultimate solution for precision machining needs.

This high-performance EDM wire cutting machine is designed to elevate your productivity and precision to new heights, making it an ideal choice for businesses seeking superior cutting capabilities.

Key Features:

  1. Precision Redefined: The STANDARD EDWS-320x400 sets the standard for accuracy and precision in wire cut EDM technology. With servo motors driving its cutting mechanism, you can expect consistent, fine-tuned results on a wide range of materials.

  2. Exceptional Build Quality: Crafted with robust materials and meticulous engineering, this machine is built to last. Its durable construction ensures reliability, reducing downtime and maintenance costs.

  3. High Efficiency: Powered by state-of-the-art servo motors, the EDWS-320x400 excels in speed and efficiency. It guarantees swift and smooth cutting, even on complex geometries, allowing you to meet tight production schedules.

  4. User-Friendly Interface: Equipped with an intuitive control panel, this wire cut EDM machine is easy to operate, making it suitable for both experienced professionals and newcomers. Enjoy a hassle-free experience with straightforward controls.

  5. Versatility: The EDWS-320x400 is a versatile workhorse, accommodating a variety of materials, from metals to alloys. Its adaptability makes it an excellent choice for diverse applications, ensuring you get the most out of your investment.

  6. Precision Wire Cutting: Achieve intricate cuts, sharp corners, and smooth finishes with unmatched precision. This machine is ideal for tasks that demand uncompromising accuracy, catering to your unique machining requirements.

Optimize your productivity and stay ahead of the competition with the STANDARD EDWS-320x400 Precision Wire Cut EDM with Servo Motors. Invest in this top-tier machine, and experience the difference it makes in your manufacturing processes.

For all your EDM wire cutting needs, trust the STANDARD EDWS-320x400 – your gateway to precision engineering. Purchase yours today to elevate your production capabilities to new heights.

          Machine Specifications - Metric Measurements
          • 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
          Machine Specifications - Imperial Measurements
          • 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
          Control Specifications
          • 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
          Delivery
          Machines are strictly built on order. (Build-on-Demand).
          Delivery is 9-14 Weeks from Deposit.

          How to use a Precision Wire Cut EDM

          Using a Precision Wire Cut EDM (Electrical Discharge Machining) with Servo Motors involves a series of steps and considerations to ensure accurate and efficient machining. EDM is a subtractive manufacturing process that uses electrical discharges to cut or shape materials, often used for making intricate and precise parts. Here's a general guide on how to use a Precision Wire Cut EDM with Servo Motors:

          1. Safety Precautions: Before starting, ensure you are familiar with the machine's safety protocols and guidelines. Wear appropriate personal protective equipment (PPE), including safety glasses, gloves, and any other required gear. Make sure the work area is well-ventilated, and any flammable materials are kept away from the machine.

          2. Machine Setup: Power on the Precision Wire Cut EDM and let it warm up according to the manufacturer's instructions. Check the machine's axis movement and ensure that all servo motors are functioning correctly.

          3. Material Preparation: Secure the workpiece in the machine's work holding fixture. Make sure it's properly aligned and clamped to prevent movement during machining. Ensure that the material is suitable for EDM, as not all materials can be effectively machined using this process.

          4. Electrode Setup: Install the appropriate wire electrode for the job. The electrode material typically used is brass or tungsten. Adjust the tension and alignment of the wire electrode to ensure it runs smoothly through the workpiece. Set the wire feed rate and electrode tension according to the material being machined.

          5. Programming: Create or import the CNC (Computer Numerical Control) program that defines the toolpath and machining parameters. Most Precision Wire Cut EDM machines use CNC controllers for precise movement. Specify the cutting parameters such as feed rate, current, voltage, and pulse duration based on the material and desired results. Ensure that the toolpath is optimized for the required precision and surface finish.

          6. Initial Test Cut: Before running the full machining operation, perform an initial test cut on a scrap piece of material to verify the settings and make any necessary adjustments.

          7. Machining Operation: Start the EDM process by initiating the CNC program. The servo motors will move the electrode in the specified path, and electrical discharges will occur between the electrode and the workpiece, gradually eroding material. Monitor the machining process and make adjustments as needed to maintain the desired tolerances and surface finish.

          8. Quality Control: Periodically check the machined part using precision measuring instruments to ensure it meets the required specifications. Adjust machining parameters if necessary to achieve the desired results.

          9. Post-Machining Steps: After completing the machining operation, turn off the machine and carefully remove the machined part from the work holding fixture. Deionize the workpiece to remove any remaining debris or residue.

          10. Maintenance: Regularly clean and maintain the EDM machine, including the wire feed system, servo motors, and filtration system. Replace worn or damaged parts as needed to ensure consistent performance.

          Using a Precision Wire Cut EDM with Servo Motors requires careful planning, setup, and attention to detail to achieve precise and high-quality results. Always follow the manufacturer's instructions and safety guidelines throughout the machining process.

          Description

          Introducing our STANDARD EDWS-320x400 Precision Wire Cut EDM with Servo Motors – the ultimate solution for precision machining needs.

          This high-performance EDM wire cutting machine is designed to elevate your productivity and precision to new heights, making it an ideal choice for businesses seeking superior cutting capabilities.

          Key Features:

          1. Precision Redefined: The STANDARD EDWS-320x400 sets the standard for accuracy and precision in wire cut EDM technology. With servo motors driving its cutting mechanism, you can expect consistent, fine-tuned results on a wide range of materials.

          2. Exceptional Build Quality: Crafted with robust materials and meticulous engineering, this machine is built to last. Its durable construction ensures reliability, reducing downtime and maintenance costs.

          3. High Efficiency: Powered by state-of-the-art servo motors, the EDWS-320x400 excels in speed and efficiency. It guarantees swift and smooth cutting, even on complex geometries, allowing you to meet tight production schedules.

          4. User-Friendly Interface: Equipped with an intuitive control panel, this wire cut EDM machine is easy to operate, making it suitable for both experienced professionals and newcomers. Enjoy a hassle-free experience with straightforward controls.

          5. Versatility: The EDWS-320x400 is a versatile workhorse, accommodating a variety of materials, from metals to alloys. Its adaptability makes it an excellent choice for diverse applications, ensuring you get the most out of your investment.

          6. Precision Wire Cutting: Achieve intricate cuts, sharp corners, and smooth finishes with unmatched precision. This machine is ideal for tasks that demand uncompromising accuracy, catering to your unique machining requirements.

          Optimize your productivity and stay ahead of the competition with the STANDARD EDWS-320x400 Precision Wire Cut EDM with Servo Motors. Invest in this top-tier machine, and experience the difference it makes in your manufacturing processes.

          For all your EDM wire cutting needs, trust the STANDARD EDWS-320x400 – your gateway to precision engineering. Purchase yours today to elevate your production capabilities to new heights.

                  Machine Specifications - Metric Measurements
                  • 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
                  Machine Specifications - Imperial Measurements
                  • 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
                  Control Specifications
                  • 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
                  Delivery
                  Machines are strictly built on order. (Build-on-Demand). Delivery is 9-14 Weeks from Deposit.
                  How to use a Precision Wire Cut EDM

                  Using a Precision Wire Cut EDM (Electrical Discharge Machining) with Servo Motors involves a series of steps and considerations to ensure accurate and efficient machining. EDM is a subtractive manufacturing process that uses electrical discharges to cut or shape materials, often used for making intricate and precise parts. Here's a general guide on how to use a Precision Wire Cut EDM with Servo Motors:

                  1. Safety Precautions: Before starting, ensure you are familiar with the machine's safety protocols and guidelines. Wear appropriate personal protective equipment (PPE), including safety glasses, gloves, and any other required gear. Make sure the work area is well-ventilated, and any flammable materials are kept away from the machine.

                  2. Machine Setup: Power on the Precision Wire Cut EDM and let it warm up according to the manufacturer's instructions. Check the machine's axis movement and ensure that all servo motors are functioning correctly.

                  3. Material Preparation: Secure the workpiece in the machine's work holding fixture. Make sure it's properly aligned and clamped to prevent movement during machining. Ensure that the material is suitable for EDM, as not all materials can be effectively machined using this process.

                  4. Electrode Setup: Install the appropriate wire electrode for the job. The electrode material typically used is brass or tungsten. Adjust the tension and alignment of the wire electrode to ensure it runs smoothly through the workpiece. Set the wire feed rate and electrode tension according to the material being machined.

                  5. Programming: Create or import the CNC (Computer Numerical Control) program that defines the toolpath and machining parameters. Most Precision Wire Cut EDM machines use CNC controllers for precise movement. Specify the cutting parameters such as feed rate, current, voltage, and pulse duration based on the material and desired results. Ensure that the toolpath is optimized for the required precision and surface finish.

                  6. Initial Test Cut: Before running the full machining operation, perform an initial test cut on a scrap piece of material to verify the settings and make any necessary adjustments.

                  7. Machining Operation: Start the EDM process by initiating the CNC program. The servo motors will move the electrode in the specified path, and electrical discharges will occur between the electrode and the workpiece, gradually eroding material. Monitor the machining process and make adjustments as needed to maintain the desired tolerances and surface finish.

                  8. Quality Control: Periodically check the machined part using precision measuring instruments to ensure it meets the required specifications. Adjust machining parameters if necessary to achieve the desired results.

                  9. Post-Machining Steps: After completing the machining operation, turn off the machine and carefully remove the machined part from the work holding fixture. Deionize the workpiece to remove any remaining debris or residue.

                  10. Maintenance: Regularly clean and maintain the EDM machine, including the wire feed system, servo motors, and filtration system. Replace worn or damaged parts as needed to ensure consistent performance.

                  Using a Precision Wire Cut EDM with Servo Motors requires careful planning, setup, and attention to detail to achieve precise and high-quality results. Always follow the manufacturer's instructions and safety guidelines throughout the machining process.

                  *Information shown may differ or change without warning*

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