STANDARD EDW-500x800 Precision Wire Cut EDM: Unleash Your Creative Machining Potential - STANDARD Direct

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STANDARD EDW-500x800 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-500x800 Precision Wire Cut EDM – Your Trusted Solution for Exceptional Precision and Efficiency in EDM Wire Cutting.

Searching for the perfect EDM wire cut machine? Look no further. Our STANDARD EDW-500x800 is the pinnacle of precision and reliability in the world of Electrical Discharge Machining (EDM). Crafted with unwavering attention to detail, this machine offers a comprehensive set of qualities and attributes that set it apart from the competition.

Key Features:

  1. Precision Engineering: The STANDARD EDW-500x800 boasts unmatched precision, ensuring that every cut is executed with remarkable accuracy. Its advanced technology and state-of-the-art control systems allow for intricate, fine-tuned machining.

  2. Efficiency Redefined: Save time and resources with this machine's rapid cutting speed and efficient workflow. Whether you're handling delicate prototypes or mass production, this EDM wire cut machine is designed to enhance your productivity.

  3. Durability: Built to withstand the rigors of industrial use, the STANDARD EDW-500x800 is constructed with high-quality materials and components, guaranteeing long-lasting performance and minimal downtime.

  4. Versatility: Adapt to a wide range of applications with ease. This machine accommodates various materials, shapes, and sizes, making it suitable for jobs across different industries.

  5. User-Friendly Interface: Its intuitive interface simplifies operation, reducing the learning curve for both newcomers and experienced operators. Precision wire cutting has never been this accessible.

  6. Safety First: Prioritizing operator safety, this machine includes robust safety features and protocols, ensuring a secure working environment at all times.

  7. Reliable Support: Count on our dedicated support team to provide you with technical assistance, maintenance, and training, ensuring your machine operates at its full potential.

Invest in the STANDARD EDW-500x800 Precision Wire Cut EDM and experience the ultimate in precision, efficiency, and reliability. Revolutionize your wire cutting processes and achieve outstanding results, all while optimizing your workflow. Don't compromise on quality; choose the STANDARD EDW-500x800 for your EDM wire cutting needs.

Explore our website today to discover more about this exceptional machine and how it can elevate your manufacturing capabilities.

        Machine Specifications - Metric Measurements
        • Travel of X,Y,Z Axis - 500x800x600mm
        • Table Size - 730x1140mm
        • 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 - 2.3kW
        • Voltage - 220/380/415V , 50/60Hz
        • Max load of table - 800kg
        • Weight of machine - 2400kg
        • Machine Dimensions - 1950x1550x2050mm
        Machine Specifications - Imperial Measurements
        • Travel of X,Y,Z Axis - 19.69x31.50x23.62 inches
        • Table Size - 28.74x44.88 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 - 2.3kW
        • Voltage - 220/380/415V , 50/60Hz
        • Max load of table - 1763.70 lbs
        • Weight of machine - 5291.09 lbs
        • Machine Dimensions - 76.77x61.02x80.71 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) with Servo Control involves a precise and controlled process to cut intricate shapes and contours in various materials, especially conductive materials like metal. Servo control allows for accurate and repeatable movements of the wire electrode. Below, I'll provide a step-by-step guide on how to use a Precision Wire Cut EDM with Servo Control:

        Note: Before starting, ensure that you have received proper training and are familiar with the safety procedures for operating EDM machines.

        Step 1: Setup and Preparation

        1.1. Inspect the EDM machine to ensure it's in good working condition and properly maintained.

        1.2. Securely mount the workpiece on the machine's worktable or platform. Ensure that it is stable and properly aligned with the cutting path.

        1.3. Load the appropriate wire electrode into the machine's wire feed system and secure it in place.

        1.4. Fill the machine's dielectric tank with the specified dielectric fluid. The fluid serves as a medium for electrical discharge and helps flush away debris.

        Step 2: Programming

        2.1. Use CAD/CAM software to design or import the desired geometry for your workpiece. The software generates a toolpath that the EDM machine will follow.

        2.2. Transfer the program to the machine's control panel or computer interface. Ensure that the machine's settings match the program requirements, including wire speed, power settings, and servo control parameters.

        Step 3: Machine Operation

        3.1. Turn on the EDM machine and allow it to go through its initialization process.

        3.2. Set the appropriate parameters for the material you are cutting, such as wire tension, flushing rate, and power settings. These parameters can vary depending on the material's type and thickness.

        3.3. Use the machine's control panel or computer interface to load the program and initiate the cutting process.

        3.4. The machine will start to move the wire electrode along the programmed toolpath, making precise and controlled cuts. The servo control system ensures that the wire follows the path accurately.

        3.5. Monitor the cutting process for any signs of deviation or issues. Make adjustments as necessary to maintain the desired accuracy and quality.

        Step 4: Post-Processing

        4.1. Once the cutting process is complete, turn off the machine.

        4.2. Carefully remove the workpiece from the machine's worktable.

        4.3. Inspect the cut for accuracy and quality. Make any necessary finishing touches or secondary operations if required.

        Step 5: Maintenance and Cleanup

        5.1. Properly dispose of any waste material and used dielectric fluid in accordance with environmental regulations.

        5.2. Clean and maintain the EDM machine, including the wire feed system, electrodes, and dielectric tank, to ensure its longevity and optimal performance.

        Using a Precision Wire Cut EDM with Servo Control requires precision and attention to detail throughout the process. Regular maintenance and adherence to safety procedures are essential to ensure safe and efficient operation.

        Description

        Introducing the STANDARD EDW-500x800 Precision Wire Cut EDM – Your Trusted Solution for Exceptional Precision and Efficiency in EDM Wire Cutting.

        Searching for the perfect EDM wire cut machine? Look no further. Our STANDARD EDW-500x800 is the pinnacle of precision and reliability in the world of Electrical Discharge Machining (EDM). Crafted with unwavering attention to detail, this machine offers a comprehensive set of qualities and attributes that set it apart from the competition.

        Key Features:

        1. Precision Engineering: The STANDARD EDW-500x800 boasts unmatched precision, ensuring that every cut is executed with remarkable accuracy. Its advanced technology and state-of-the-art control systems allow for intricate, fine-tuned machining.

        2. Efficiency Redefined: Save time and resources with this machine's rapid cutting speed and efficient workflow. Whether you're handling delicate prototypes or mass production, this EDM wire cut machine is designed to enhance your productivity.

        3. Durability: Built to withstand the rigors of industrial use, the STANDARD EDW-500x800 is constructed with high-quality materials and components, guaranteeing long-lasting performance and minimal downtime.

        4. Versatility: Adapt to a wide range of applications with ease. This machine accommodates various materials, shapes, and sizes, making it suitable for jobs across different industries.

        5. User-Friendly Interface: Its intuitive interface simplifies operation, reducing the learning curve for both newcomers and experienced operators. Precision wire cutting has never been this accessible.

        6. Safety First: Prioritizing operator safety, this machine includes robust safety features and protocols, ensuring a secure working environment at all times.

        7. Reliable Support: Count on our dedicated support team to provide you with technical assistance, maintenance, and training, ensuring your machine operates at its full potential.

        Invest in the STANDARD EDW-500x800 Precision Wire Cut EDM and experience the ultimate in precision, efficiency, and reliability. Revolutionize your wire cutting processes and achieve outstanding results, all while optimizing your workflow. Don't compromise on quality; choose the STANDARD EDW-500x800 for your EDM wire cutting needs.

        Explore our website today to discover more about this exceptional machine and how it can elevate your manufacturing capabilities.

              Machine Specifications - Metric Measurements
              • Travel of X,Y,Z Axis - 500x800x600mm
              • Table Size - 730x1140mm
              • 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 - 2.3kW
              • Voltage - 220/380/415V , 50/60Hz
              • Max load of table - 800kg
              • Weight of machine - 2400kg
              • Machine Dimensions - 1950x1550x2050mm
              Machine Specifications - Imperial Measurements
              • Travel of X,Y,Z Axis - 19.69x31.50x23.62 inches
              • Table Size - 28.74x44.88 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 - 2.3kW
              • Voltage - 220/380/415V , 50/60Hz
              • Max load of table - 1763.70 lbs
              • Weight of machine - 5291.09 lbs
              • Machine Dimensions - 76.77x61.02x80.71 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) with Servo Control involves a precise and controlled process to cut intricate shapes and contours in various materials, especially conductive materials like metal. Servo control allows for accurate and repeatable movements of the wire electrode. Below, I'll provide a step-by-step guide on how to use a Precision Wire Cut EDM with Servo Control:

              Note: Before starting, ensure that you have received proper training and are familiar with the safety procedures for operating EDM machines.

              Step 1: Setup and Preparation

              1.1. Inspect the EDM machine to ensure it's in good working condition and properly maintained.

              1.2. Securely mount the workpiece on the machine's worktable or platform. Ensure that it is stable and properly aligned with the cutting path.

              1.3. Load the appropriate wire electrode into the machine's wire feed system and secure it in place.

              1.4. Fill the machine's dielectric tank with the specified dielectric fluid. The fluid serves as a medium for electrical discharge and helps flush away debris.

              Step 2: Programming

              2.1. Use CAD/CAM software to design or import the desired geometry for your workpiece. The software generates a toolpath that the EDM machine will follow.

              2.2. Transfer the program to the machine's control panel or computer interface. Ensure that the machine's settings match the program requirements, including wire speed, power settings, and servo control parameters.

              Step 3: Machine Operation

              3.1. Turn on the EDM machine and allow it to go through its initialization process.

              3.2. Set the appropriate parameters for the material you are cutting, such as wire tension, flushing rate, and power settings. These parameters can vary depending on the material's type and thickness.

              3.3. Use the machine's control panel or computer interface to load the program and initiate the cutting process.

              3.4. The machine will start to move the wire electrode along the programmed toolpath, making precise and controlled cuts. The servo control system ensures that the wire follows the path accurately.

              3.5. Monitor the cutting process for any signs of deviation or issues. Make adjustments as necessary to maintain the desired accuracy and quality.

              Step 4: Post-Processing

              4.1. Once the cutting process is complete, turn off the machine.

              4.2. Carefully remove the workpiece from the machine's worktable.

              4.3. Inspect the cut for accuracy and quality. Make any necessary finishing touches or secondary operations if required.

              Step 5: Maintenance and Cleanup

              5.1. Properly dispose of any waste material and used dielectric fluid in accordance with environmental regulations.

              5.2. Clean and maintain the EDM machine, including the wire feed system, electrodes, and dielectric tank, to ensure its longevity and optimal performance.

              Using a Precision Wire Cut EDM with Servo Control requires precision and attention to detail throughout the process. Regular maintenance and adherence to safety procedures are essential to ensure safe and efficient operation.

              *Information shown may differ or change without warning*

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