Wire EDM

Wire-cut EDM (Electrical Discharge Machining) Machines are precision tools used in manufacturing to cut and shape complex parts and materials accurately. These machines can create intricate designs and geometries in hard materials using a thin, electrically charged wire that is difficult to machine with traditional methods.


Product Features:

  • Achieves extremely tight tolerances and fine finishes.

  • Capable of producing intricate shapes and delicate parts.

  • Equipped with CNC (Computer Numerical Control) for automated and programmable operations.

  • Works with diverse materials, including hardened steels, exotic alloys, and carbides.

  • The non-contact process ensures minimal thermal impact on the workpiece.

  • Utilizes wires as fine as 0.02mm in diameter for detailed work.

  • Intuitive control panels and software for ease of programming and operation.


Applications:

Wire-cut EDM machines are essential in industries where precision, complexity, and high-quality finishes are crucial. Their ability to machine hard materials with minimal thermal effects makes them invaluable for advanced manufacturing processes.

  • Manufacturing precision dies molds, and tooling components.

  • Crafting intricate components for medical instruments and implants.

  • Fabricating high-precision parts for aircraft and spacecraft.

  • Producing complex components and prototypes for vehicles.

  • Cutting precise parts for electronic devices and circuits.

  • Creating intricate and delicate jewelry pieces.

  • Manufacturing precision parts for weapons and defense systems.


Industries:

  1. Manufacturing

  2. Medical Technology

  3. Aerospace

  4. Medical Devices

  5. Electronics

  6. Jewelry

  7. Automotive


Specifications:

  • Wire Diameter Range: 0.02mm to 0.33mm

  • Maximum Workpiece Dimensions: Varies by model, typically up to 500 x 350 x 300 mm

  • Cutting Speed: Up to 300 mm²/min depending on material and thickness

  • Positional Accuracy: ± 1.5 µm

  • Surface Finish: Up to Ra 0.1 µm


Technical Data Sheet:


Machine Tool

eNova 1S

Main axes traverse (X, Y)

400 x 300 mm

Aux. axes traverse (u, v)

100 x 100 mm

Work table size

680 x 500 mm

Max. taper angle

35o /50 mm

Max. work piece height

300 mm

Max. work piece weight

500 kg

Resolution

0.0005mm

Max. wire spool capacity

8kg

Wire electrode diameter

0.25 mm(standard) 0.1, 0.15, 0.2, 0.3(optional)

Wire spool size

DIN 125, DIN 160, P-3-R, P-5-R


Pulse Generator


Max. machining current

25 A

CNC controller

Turbo

Controlled axes

X , Y, u,v, Z simultaneous independent

Least input increment

0.001 mm

Least command input (X, Y, u, v, Z)

0.0005 mm

Input power supply

3 phase AC 415V (±1%) 50 Hz (Alternate voltage/ frequency ratings available on request)

Connected load

13 KVA

Average power consumption

11 KVA

Data input/output

Wireless


Dielectric Unit


Dielectric fluid

De-ionized water

Dielectric tank capacity

850 Liters, 1300 Liters

De-ion capacity

16 Liters

Paper filter

Inside out type, 10µ

Dielectric cooling capacity

2100 kCal.


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Wire EDM

Wire-cut EDM (Electrical Discharge Machining) Machines are precision tools used in manufacturing to cut and shape complex parts and materials accurately. These machines can create intricate designs and geometries in hard materials using a thin, electrically charged wire that is difficult to machine with traditional methods.


Product Features:

  • Achieves extremely tight tolerances and fine finishes.

  • Capable of producing intricate shapes and delicate parts.

  • Equipped with CNC (Computer Numerical Control) for automated and programmable operations.

  • Works with diverse materials, including hardened steels, exotic alloys, and carbides.

  • The non-contact process ensures minimal thermal impact on the workpiece.

  • Utilizes wires as fine as 0.02mm in diameter for detailed work.

  • Intuitive control panels and software for ease of programming and operation.


Applications:

Wire-cut EDM machines are essential in industries where precision, complexity, and high-quality finishes are crucial. Their ability to machine hard materials with minimal thermal effects makes them invaluable for advanced manufacturing processes.

  • Manufacturing precision dies molds, and tooling components.

  • Crafting intricate components for medical instruments and implants.

  • Fabricating high-precision parts for aircraft and spacecraft.

  • Producing complex components and prototypes for vehicles.

  • Cutting precise parts for electronic devices and circuits.

  • Creating intricate and delicate jewelry pieces.

  • Manufacturing precision parts for weapons and defense systems.


Industries:

  1. Manufacturing

  2. Medical Technology

  3. Aerospace

  4. Medical Devices

  5. Electronics

  6. Jewelry

  7. Automotive


Specifications:

  • Wire Diameter Range: 0.02mm to 0.33mm

  • Maximum Workpiece Dimensions: Varies by model, typically up to 500 x 350 x 300 mm

  • Cutting Speed: Up to 300 mm²/min depending on material and thickness

  • Positional Accuracy: ± 1.5 µm

  • Surface Finish: Up to Ra 0.1 µm


Technical Data Sheet:


Machine Tool

eNova 1S

Main axes traverse (X, Y)

400 x 300 mm

Aux. axes traverse (u, v)

100 x 100 mm

Work table size

680 x 500 mm

Max. taper angle

35o /50 mm

Max. work piece height

300 mm

Max. work piece weight

500 kg

Resolution

0.0005mm

Max. wire spool capacity

8kg

Wire electrode diameter

0.25 mm(standard) 0.1, 0.15, 0.2, 0.3(optional)

Wire spool size

DIN 125, DIN 160, P-3-R, P-5-R


Pulse Generator


Max. machining current

25 A

CNC controller

Turbo

Controlled axes

X , Y, u,v, Z simultaneous independent

Least input increment

0.001 mm

Least command input (X, Y, u, v, Z)

0.0005 mm

Input power supply

3 phase AC 415V (±1%) 50 Hz (Alternate voltage/ frequency ratings available on request)

Connected load

13 KVA

Average power consumption

11 KVA

Data input/output

Wireless


Dielectric Unit


Dielectric fluid

De-ionized water

Dielectric tank capacity

850 Liters, 1300 Liters

De-ion capacity

16 Liters

Paper filter

Inside out type, 10µ

Dielectric cooling capacity

2100 kCal.


Enquire Form