Technical Data Sheet: CNC Machine Tool (Year of Construction: 2001)

Introduction

This CNC machine tool, built in 2001, is a solid option for advanced milling and machining operations. With a Fanuc 18T control, it is designed to offer high precision and reliability. The machine is used and is in good condition, ready to continue providing excellent performance in a variety of industrial applications.

Technical Data

• Year of Construction: 2001
• CNC control: Fanuc 18T
• Weight: 9000kg
• Dimensions: Length 1905 mm × Width 2720 mm × Height 3260 mm

Characteristics and Main Components

1. Longitudinal stroke X: 390 mm

   • The longitudinal travel X indicates the distance the table can move horizontally. This stroke is essential for machining appropriately sized pieces and for performing milling operations on large surfaces.

2. Vertical travel Z: 780 mm

   • The vertical travel Z represents the distance the spindle can move vertically. This measurement is crucial for machining large parts or for operations requiring significant milling depth.

3. Rotary Table: Not present

   • The machine is not equipped with a rotary table, which limits its ability to machine parts with complex angles or three-dimensional geometries.

4. Tool magazine: 12 positions

   • The 12-position tool magazine allows you to automatically change between different tools during the machining process, improving efficiency and reducing setup times.

5. Spindle attachment: A2-11

   • The A2-11 spindle attachment is a standard that allows for safe and precise mounting of tools, ensuring stability during milling operations.

6. Maximum Spindle Speed: 2000 rpm

   • The maximum spindle speed of 2000 rpm allows you to perform milling operations on materials of different hardness and characteristics.

7. Spindle Motor Power: 37 kW

   • The 37 kW engine power provides robust cutting and milling capacity, making the machine suitable for processing tough materials and performing high-intensity operations.

Usage Procedure

1. Machine Preparation:

   • Make sure the machine is properly connected and that all components are in working order. Check lubrication and fluid levels.

2. Assembly of the Piece:

   • Secure the workpiece to the work table using the appropriate clamps. If necessary, use support devices to ensure stability during processing.

3. Tool Setup:

   • Load and calibrate tools in the warehouse. Configure automatic tool change to optimize machining times.

4. Programming and Setup:

   • Use the Fanuc 18T control to program tool path and milling operations. Enter the workpiece dimensions and machining parameters such as spindle speed and feed.

5. Startup and Monitoring:

   • Start the machine and monitor the milling process to ensure the part is machined to specifications. Make adjustments if necessary.

6. Control and Finishing:

   • After machining, inspect the piece for quality and accuracy. Carry out any manual finishing if required.

Matching accessories

• Rotary Table:

  • To add the ability to machine parts with complex angles.

• Cooling System:

  • To keep the temperature of the tools and the piece under control, improving the duration and quality of machining.

• Additional Fasteners:

  • To ensure greater stability of the piece during milling.

Formulas for Optimal Use Parameters

• Cutting Speed ​​(Vc):

  • Formula: Vc = (π × D × N) / 1000
  • Vc = Cutting speed in m/min
  • D = Tool diameter in mm
  • N = Spindle rotation speed in rpm

• Progress per Lap (f):

  • Formula: f = (D × N) / (1000 × n)
  • f = Feed per revolution in mm/rev
  • D = Workpiece diameter in mm
  • N = Rotation speed in rpm
  • n = Number of tool teeth

Workable Materials

• Metals: Steel, aluminium, brass, copper
• Plastic Materials: Polymers, composite materials

Maintenance

• Lubrication:

  • Check and replace lubricants regularly to keep your machine in good working condition.

• Regular Inspection:

  • Carry out periodic checks of mechanical parts, bearings and tools to detect signs of wear or damage.

• Cleaning:

  • Keep your machine clean by removing chips and debris to prevent material buildup that could affect performance.

• Component Replacement:

  • Replace any worn or damaged components to ensure continued precise machine operation.

Evaluation of used cars

• General Status:

  • Check that there is no structural damage and that all major components are in good condition.

• Documentation:

  • Request maintenance documentation and operation records to ensure the machine has been properly maintained.

• Functional Test:

  • Perform tests to ensure the machine performs as intended and meets stated specifications.

Sectors of Use

• Manufacturing Industry:

  • Suitable for milling precision components and general mechanical machining.

• Aerospace Sector:

  • Used for the production of complex, high-precision parts.

• Automotive sector:

  • For processing automotive components and engine parts.

Advantages of Buying Used

• Lower Cost:

  • Purchasing a used machine can result in considerable savings compared to purchasing a new model.

• Minor Depreciation:

  • Used machines depreciate more slowly than new models, offering good long-term value.

• Reliability:

  • With good maintenance, a used machine can continue to perform excellently for many years.

, and ready for sale. Proposed PRICE €38,000 https://photos.app.goo.gl/a1mu46bjcXnGssGV8