USED ​​EDM BRAND AGIE. MODEL EDM-D YEAR OF CONSTRUCTION 2002 MAXIMUM PIECE DIMENSIONS 500X200X240 MAXIMUM WEIGHT 100KG MACHINE WEIGHT 450KG

"AGIE" EDM Technical Data Sheet Model EDM-D

Brand : AGIE
Model : EDM-D
Year of construction : 2002
Maximum Workpiece Dimensions : 500 x 200 x 240 mm
Maximum Workpiece Weight : 100 kg
Machine Weight : 450 kg
EDM Type : Wire EDM (Electrical Discharge Machining)
System Control : CNC (Computerized Numerical Control)
Dielectric Tank Capacity : Variable specification (generally integrated)
Machining Accuracy : ±0.005 mm
Power Voltage : 400V, three-phase
Software : AGIE proprietary system for managing machining paths and sequences
Accessories : Dielectric filtration system, refrigeration unit, interchangeable electrodes

Technical Description

What is the "AGIE" EDM-D model EDM?

The AGIE EDM-D EDM is a highly specialized machine tool used for processing conductive materials through the EDM process. This method allows material to be removed using controlled electrical discharges between an electrode and the workpiece, immersed in a dielectric fluid. EDM-D EDM is widely used in industries requiring extreme precision, such as mold manufacturing, high-precision tooling, aerospace and automotive components.

What is it for?

The AGIE EDM-D is primarily used to perform complex, high-precision machining on materials that are difficult to machine with conventional methods, such as hardened steel, titanium alloys, carbides and other hard materials. It is ideal for creating deep cavities, complex profiles, small diameter holes and intricate geometries in components where precision and surface finish are crucial.

How is it used?

1. Preparation of the Piece:

   • Mount the workpiece on the machine table, making sure it is well secured and aligned.
   • Define the machining program using CNC software, importing the CAD drawing or manually creating the electrode path.

2. Electrode Setup:

   • Select the appropriate electrode (usually copper, graphite or tungsten) and mount it on the machine head.
   • Adjust the distance between the electrode and the workpiece according to the type of machining and the precision required.

3. Setting the Dielectric:

   • Check the level and quality of the dielectric fluid in the tank. The dielectric must be clean and free of impurities to ensure the quality of workmanship.
   • Start the dielectric filtration and cooling system.

4. Execution of the Process:

   • Start the EDM cycle via the CNC control. Monitor processing via the display to ensure the process occurs as expected.
   • The material will be slowly eroded according to the programmed path, with the dielectric fluid washing away the debris produced during processing.

5. Quality Control:

   • At the end of the process, remove the workpiece and check the dimensions and surface quality, using high-precision measuring instruments.
   • Carry out any finishing work or adjustments, if necessary.

Materials Used

The AGIE EDM-D EDM machine is designed to work on a wide range of conductive materials, including:

• Hardened Steel : Ideal for the production of molds and tools that require high hardness and precision.
• Tungsten Carbides : Used in applications where wear resistance and durability over time is required.
• Titanium Alloys : Lightweight and resistant material, used in sectors such as aerospace and the production of high-performance components.
• Copper and Graphite : Used as electrode materials, due to their conductivity and ease of processing.

Types of EDM

• Wire EDM (Wire EDM) : Uses a thin wire as an electrode, ideal for cutting complex contours and profiles on metal pieces.
• Die Sinking EDM : Uses a shaped electrode to erode the desired shape directly into the piece.
• Hole Drilling EDM : Designed to drill small diameter holes with extreme precision.

Maintenance

1. Cleaning:

   • Clean the machine regularly, removing any processing debris and checking the condition of the dielectric filters.
   • Make sure the dielectric tank is always clean and free of contamination.

2. Checking the Electrodes:

   • Check the condition of the electrodes after each processing. Worn electrodes must be replaced to maintain the quality of workmanship.
   • Monitor wire wear in the case of wire EDM and replace it when necessary.

3. Lubrication and Mechanical Components:

   • Follow a lubrication schedule for all moving mechanical parts, such as guides and bearings.
   • Periodically check the tension of the belts and the condition of the motors.

4. Verification of Cooling Systems:

   • Make sure the dielectric cooling system works properly to avoid overheating and ensure processing accuracy.

Why It Is Better to Buy a Used "AGIE" EDM-D EDM

1. Precision and Reliability : The AGIE EDM-D is a machine renowned for its precision and reliability, even after years of use, thanks to the construction quality of the AGIE brand.

2. Economic Savings : Purchasing a used machine represents an opportunity for significant savings compared to purchasing a new machine, while maintaining a high level of performance.

3. Adaptability and Versatility : This model can work on a wide range of materials and complex geometries, making it suitable for different industrial applications.

4. Support and Spare Parts Available : Despite its age, AGIE offers good technical support and spare parts availability, ensuring operational continuity.

5. Resale Value : AGIE machines maintain a good resale value, making the purchase of a used model a safe long-term investment.

This guide provides all the information necessary to make the most of the AGIE EDM-D EDM, ensuring optimal performance and a long operating life of the machine.