STANDARD EDW-450x550 The Future of Machining: Precision Wire Cut EDM Solutions - STANDARD Direct

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STANDARD EDW-450x550 Precision Wire Cut EDM

*Excludes Local Taxes*

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

Description

Introducing the STANDARD EDW-450x550 Precision Wire Cut EDM – Your Key to Precision Engineering!

Discover unparalleled precision and efficiency with our STANDARD EDW-450x550 Precision Wire Cut EDM machine. Designed to meet the exacting demands of modern engineering, this EDM wire cut marvel is your go-to solution for achieving impeccable results in various industries.

Key Features:

  1. Precision Redefined: With its state-of-the-art wire cutting technology, the STANDARD EDW-450x550 ensures precise, intricate cuts with tight tolerances, catering to your most demanding projects.

  2. Unrivaled Efficiency: Experience superior productivity with high-speed wire threading and advanced CNC controls, significantly reducing downtime and maximizing your output.

  3. Exceptional Versatility: Whether you work with hardened metals, exotic alloys, or intricate shapes, our EDM wire cut machine effortlessly handles a wide range of materials and complex geometries.

  4. Stellar Surface Finish: Achieve mirror-like surface finishes, eliminating the need for time-consuming post-processing, and leaving your workpieces with a flawless, professional appearance.

  5. User-Friendly Interface: The user-friendly control panel and intuitive software make setup and operation a breeze, ensuring that you get the most out of your EDM wire cut machine from day one.

  6. Reliability You Can Trust: Built to last, this machine boasts robust construction and reliable components, minimizing maintenance requirements and ensuring longevity.

  7. Energy-Efficient: Our EDM wire cut machine is designed with sustainability in mind, offering energy-efficient operation without compromising on performance.

Whether you're a seasoned professional or a newcomer to wire cutting technology, the STANDARD EDW-450x550 Precision Wire Cut EDM offers the perfect balance of precision, efficiency, and ease of use. Take your machining capabilities to new heights and unlock endless possibilities in your projects.

Invest in the future of precision engineering today – explore our STANDARD EDW-450x550 Precision Wire Cut EDM and experience the difference. Elevate your craftsmanship with EDM wire cut excellence!

Search no further for top-notch EDM wire cut solutions. Visit our website now and make the STANDARD EDW-450x550 Precision Wire Cut EDM a vital part of your machining arsenal.

      Machine Specifications - Metric Measurements
      • Travel of X,Y,Z Axis - 450x550x500mm
      • Table Size - 600x880mm
      • Cut taper/thickness - 6°/80mm
      • Cut accuracy - 0.015mm
      • Max cut speed - 180mm²/min
      • Roughness accuracy - 1.2-2.5um
      • Wire diameter - 0.13-0.2mm (normally 0.18)
      • Maximum electrical current - 10A
      • Main Power - 1.6kW
      • Voltage - 220/380/415V , 50/60Hz
      • Max load of table - 500kg
      • Weight of machine - 1600kg
      • Machine Dimensions - 1700x1250x1800mm
      Machine Specifications - Imperial Measurements
      • Travel of X,Y,Z Axis - 17.72x21.65x19.69 inches
      • Table Size - 23.62x34.65 inches
      • Cut taper/thickness - 6°/3.15 inches
      • Cut accuracy - 0.00059 inches
      • Max cut speed - 7.09 inches²/min
      • Roughness accuracy - 0.000047-0.000098 inches
      • Wire diameter - 0.0051-0.0079 inches (normally 0.0071)
      • Maximum electrical current - 10A
      • Main Power - 1.6kW
      • Voltage - 220/380/415V , 50/60Hz
      • Max load of table - 1102.31 lbs
      • Weight of machine - 3527.39 lbs
      • Machine Dimensions - 66.93x49.21x70.87 inches
      Control Specifications
      • Controller Model - Vertical Cabinet
      • CNC System - AutoCut/ X8
      • 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) machine involves a precise and controlled process to cut or shape electrically conductive materials such as metals, using a thin, electrically charged wire. This process is commonly used in industries like aerospace, automotive, and toolmaking for highly accurate and intricate cuts. Here's a step-by-step guide on how to use a Precision Wire Cut EDM machine:

      Safety Precautions:

      Before operating the Precision Wire Cut EDM machine, ensure that you are wearing appropriate personal protective equipment (PPE), including safety glasses, ear protection, and any other necessary gear.

      1. Machine Setup:

      a. Power On: Start by turning on the EDM machine's main power supply. Follow the manufacturer's instructions for proper startup procedures.

      b. Coolant System: Ensure that the coolant system is functioning correctly. EDM generates a lot of heat, so the coolant is essential to maintain stable operating temperatures and remove debris from the cutting area.

      c. Wire Installation: Load a spool of the appropriate wire electrode onto the machine's wire spool holder. Ensure that the wire is properly threaded through the wire guides and tensioning system.

      2. Material Setup:

      a. Workpiece Preparation: Secure the workpiece that you want to machine onto the machine's worktable using clamps or other appropriate methods. Ensure it is level and securely fixed in place.

      b. Dielectric Fluid: Fill the machine's dielectric tank with the appropriate dielectric fluid. The dielectric serves as a medium through which electrical discharges occur and also flushes away debris from the cutting area.

      3. Programming:

      a. Create or Load Program: Use the machine's control panel or software interface to either create a new machining program or load an existing one. These programs contain information about the desired shape, dimensions, and cutting parameters.

      b. Set Cutting Parameters: Configure the cutting parameters such as wire speed, voltage, pulse duration, and flushing rates. These settings depend on the material being machined and the desired outcome.

      4. Machining Process:

      a. Zero Point Setup: Use the machine's control panel to set the zero point or starting position for the wire electrode. This is usually done by jogging the wire to the desired starting location on the workpiece.

      b. Initiate Machining: Start the machining process by pressing the appropriate buttons on the control panel. The machine will follow the programmed path, and the wire will gradually erode the workpiece material through electrical discharges.

      c. Monitoring: Keep a close eye on the machining process to ensure that everything is running smoothly. Check for any signs of wire breakage or other issues.

      5. Finishing and Quality Control:

      a. Inspect the Workpiece: Once the machining is complete, carefully remove the workpiece from the machine. Inspect it for any imperfections or deviations from the desired specifications.

      b. Post-Processing: If necessary, perform any additional finishing operations such as deburring or surface polishing to achieve the desired surface quality.

      6. Shutdown:

      a. Turn Off the Machine: Properly shut down the EDM machine according to the manufacturer's instructions. This usually involves turning off the power and cleaning the work area.

      b. Dispose of Waste: Dispose of any waste material, used dielectric fluid, or wire remnants according to local regulations.

      Using a Precision Wire Cut EDM machine requires skill and precision to achieve accurate results. It's important to follow safety guidelines and regularly maintain the machine to ensure it operates efficiently and safely. Additionally, always refer to the machine's user manual and consult with experienced operators or technicians for any specific requirements or troubleshooting.

      Description

      Introducing the STANDARD EDW-450x550 Precision Wire Cut EDM – Your Key to Precision Engineering!

      Discover unparalleled precision and efficiency with our STANDARD EDW-450x550 Precision Wire Cut EDM machine. Designed to meet the exacting demands of modern engineering, this EDM wire cut marvel is your go-to solution for achieving impeccable results in various industries.

      Key Features:

      1. Precision Redefined: With its state-of-the-art wire cutting technology, the STANDARD EDW-450x550 ensures precise, intricate cuts with tight tolerances, catering to your most demanding projects.

      2. Unrivaled Efficiency: Experience superior productivity with high-speed wire threading and advanced CNC controls, significantly reducing downtime and maximizing your output.

      3. Exceptional Versatility: Whether you work with hardened metals, exotic alloys, or intricate shapes, our EDM wire cut machine effortlessly handles a wide range of materials and complex geometries.

      4. Stellar Surface Finish: Achieve mirror-like surface finishes, eliminating the need for time-consuming post-processing, and leaving your workpieces with a flawless, professional appearance.

      5. User-Friendly Interface: The user-friendly control panel and intuitive software make setup and operation a breeze, ensuring that you get the most out of your EDM wire cut machine from day one.

      6. Reliability You Can Trust: Built to last, this machine boasts robust construction and reliable components, minimizing maintenance requirements and ensuring longevity.

      7. Energy-Efficient: Our EDM wire cut machine is designed with sustainability in mind, offering energy-efficient operation without compromising on performance.

      Whether you're a seasoned professional or a newcomer to wire cutting technology, the STANDARD EDW-450x550 Precision Wire Cut EDM offers the perfect balance of precision, efficiency, and ease of use. Take your machining capabilities to new heights and unlock endless possibilities in your projects.

      Invest in the future of precision engineering today – explore our STANDARD EDW-450x550 Precision Wire Cut EDM and experience the difference. Elevate your craftsmanship with EDM wire cut excellence!

      Search no further for top-notch EDM wire cut solutions. Visit our website now and make the STANDARD EDW-450x550 Precision Wire Cut EDM a vital part of your machining arsenal.

          Machine Specifications - Metric Measurements
          • Travel of X,Y,Z Axis - 450x550x500mm
          • Table Size - 600x880mm
          • Cut taper/thickness - 6°/80mm
          • Cut accuracy - 0.015mm
          • Max cut speed - 180mm²/min
          • Roughness accuracy - 1.2-2.5um
          • Wire diameter - 0.13-0.2mm (normally 0.18)
          • Maximum electrical current - 10A
          • Main Power - 1.6kW
          • Voltage - 220/380/415V , 50/60Hz
          • Max load of table - 500kg
          • Weight of machine - 1600kg
          • Machine Dimensions - 1700x1250x1800mm
          Machine Specifications - Imperial Measurements
          • Travel of X,Y,Z Axis - 17.72x21.65x19.69 inches
          • Table Size - 23.62x34.65 inches
          • Cut taper/thickness - 6°/3.15 inches
          • Cut accuracy - 0.00059 inches
          • Max cut speed - 7.09 inches²/min
          • Roughness accuracy - 0.000047-0.000098 inches
          • Wire diameter - 0.0051-0.0079 inches (normally 0.0071)
          • Maximum electrical current - 10A
          • Main Power - 1.6kW
          • Voltage - 220/380/415V , 50/60Hz
          • Max load of table - 1102.31 lbs
          • Weight of machine - 3527.39 lbs
          • Machine Dimensions - 66.93x49.21x70.87 inches
          Control Specifications
          • Controller Model - Vertical Cabinet
          • CNC System - AutoCut/ X8
          • 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) machine involves a precise and controlled process to cut or shape electrically conductive materials such as metals, using a thin, electrically charged wire. This process is commonly used in industries like aerospace, automotive, and toolmaking for highly accurate and intricate cuts. Here's a step-by-step guide on how to use a Precision Wire Cut EDM machine:

          Safety Precautions:

          Before operating the Precision Wire Cut EDM machine, ensure that you are wearing appropriate personal protective equipment (PPE), including safety glasses, ear protection, and any other necessary gear.

          1. Machine Setup:

          a. Power On: Start by turning on the EDM machine's main power supply. Follow the manufacturer's instructions for proper startup procedures.

          b. Coolant System: Ensure that the coolant system is functioning correctly. EDM generates a lot of heat, so the coolant is essential to maintain stable operating temperatures and remove debris from the cutting area.

          c. Wire Installation: Load a spool of the appropriate wire electrode onto the machine's wire spool holder. Ensure that the wire is properly threaded through the wire guides and tensioning system.

          2. Material Setup:

          a. Workpiece Preparation: Secure the workpiece that you want to machine onto the machine's worktable using clamps or other appropriate methods. Ensure it is level and securely fixed in place.

          b. Dielectric Fluid: Fill the machine's dielectric tank with the appropriate dielectric fluid. The dielectric serves as a medium through which electrical discharges occur and also flushes away debris from the cutting area.

          3. Programming:

          a. Create or Load Program: Use the machine's control panel or software interface to either create a new machining program or load an existing one. These programs contain information about the desired shape, dimensions, and cutting parameters.

          b. Set Cutting Parameters: Configure the cutting parameters such as wire speed, voltage, pulse duration, and flushing rates. These settings depend on the material being machined and the desired outcome.

          4. Machining Process:

          a. Zero Point Setup: Use the machine's control panel to set the zero point or starting position for the wire electrode. This is usually done by jogging the wire to the desired starting location on the workpiece.

          b. Initiate Machining: Start the machining process by pressing the appropriate buttons on the control panel. The machine will follow the programmed path, and the wire will gradually erode the workpiece material through electrical discharges.

          c. Monitoring: Keep a close eye on the machining process to ensure that everything is running smoothly. Check for any signs of wire breakage or other issues.

          5. Finishing and Quality Control:

          a. Inspect the Workpiece: Once the machining is complete, carefully remove the workpiece from the machine. Inspect it for any imperfections or deviations from the desired specifications.

          b. Post-Processing: If necessary, perform any additional finishing operations such as deburring or surface polishing to achieve the desired surface quality.

          6. Shutdown:

          a. Turn Off the Machine: Properly shut down the EDM machine according to the manufacturer's instructions. This usually involves turning off the power and cleaning the work area.

          b. Dispose of Waste: Dispose of any waste material, used dielectric fluid, or wire remnants according to local regulations.

          Using a Precision Wire Cut EDM machine requires skill and precision to achieve accurate results. It's important to follow safety guidelines and regularly maintain the machine to ensure it operates efficiently and safely. Additionally, always refer to the machine's user manual and consult with experienced operators or technicians for any specific requirements or troubleshooting.

          *Information shown may differ or change without warning*

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