When considering the purchase of a CNC Sinker EDM (Electrical Discharge Machining) machine, it’s crucial to evaluate a wide range of technical details to ensure the machine meets your specific needs. Here is a comprehensive list of at least 50 technical details to consider:

1. Work Tank Dimensions: Size of the work tank, including length, width, and height.
2. Table Size: Dimensions of the worktable where the workpiece is placed.
3. X, Y, Z Axis Travel: Maximum travel distance for each axis.
4. U, V Axis Travel: If applicable, travel distances for U and V axes.
5. Maximum Workpiece Weight: The maximum weight the machine can handle on the table.
6. Electrode Weight Capacity: Maximum weight of the electrode that the machine can support.
7. Dielectric Fluid Capacity: Volume of dielectric fluid the machine can hold.
8. Dielectric Fluid Type: Type of dielectric fluid required (e.g., oil, water-based).
9. Filter Type and Size: Specifications of the dielectric fluid filter system.
10. Generator Type: Type of power generator (e.g., DC, AC, pulse).
11. Generator Power Output: Maximum power output of the generator in kW.
12. Control System: Type and brand of the CNC control system.
13. User Interface: Type of user interface (e.g., touchscreen, keyboard).
14. Programming Language: Supported programming languages (e.g., G-code, proprietary).
15. Electrode Material Compatibility: Types of electrode materials the machine can use (e.g., graphite, copper).
16. Workpiece Material Compatibility: Types of workpiece materials the machine can process (e.g., steel, carbide).
17. Max Machining Current: Maximum machining current in amps.
18. Surface Finish Capability: Range of achievable surface finishes.
19. Machining Accuracy: Precision of the machine in microns or millimeters.
20. Repeatability: Consistency of the machine in reproducing results.
21. Positioning Speed: Speed at which the machine can position the electrode.
22. Machining Speed: Speed at which the machine can remove material.
23. Pulse Frequency: Frequency range of the discharge pulses.
24. Pulse Duration: Duration of each discharge pulse.
25. Gap Voltage: Voltage across the machining gap.
26. Servo Control System: Type of servo system used for precise control.
27. Collision Protection: Features to protect the machine in case of a collision.
28. Cooling System: Type of cooling system for the dielectric fluid and machine components.
29. Electrical Supply Requirements: Voltage, phase, and frequency requirements.
30. Power Consumption: Total power consumption of the machine.
31. Machine Dimensions: Overall size of the machine including length, width, and height.
32. Machine Weight: Total weight of the machine.
33. Floor Space Requirement: Required floor space for installation.
34. Noise Level: Operating noise level in decibels.
35. Temperature Control: Features for controlling the temperature of the workpiece and fluid.
36. Automation Capabilities: Availability of automation options like robotic loading/unloading.
37. Tool Changer: Availability and specifications of automatic tool changers.
38. Remote Monitoring: Capability for remote monitoring and diagnostics.
39. Software Compatibility: Compatibility with CAD/CAM software.
40. Data Transfer Methods: Methods for transferring data to the machine (e.g., USB, Ethernet).
41. Maintenance Requirements: Frequency and type of maintenance required.
42. Warranty and Service: Warranty terms and availability of service support.
43. Spare Parts Availability: Availability and cost of spare parts.
44. Training and Support: Availability of operator training and technical support.
45. Machine Setup Time: Time required to set up the machine for different jobs.
46. Environmental Controls: Features for managing environmental impacts, such as fluid disposal.
47. Safety Features: Built-in safety features like emergency stops and interlocks.
48. Ergonomics: Ergonomic features for operator comfort and ease of use.
49. Customization Options: Availability of customization options to suit specific needs.
50. Price and Financing: Total cost, financing options, and return on investment.

Evaluating these details ensures that the CNC Sinker EDM machine you choose aligns with your operational needs, budget, and long-term goals.

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