Technical Data Sheet: Micro Cut 1640 CNC lathe with FAGO 8050 CNC self-learning

Introduction:

The Micro Cut 1640 CNC lathe is an advanced machine tool designed to ensure high precision and versatility in turning parts of different sizes and materials. This model, equipped with the FAGO 8050 CNC control system and an 8-position Barruffaldi turret, offers excellent machining capabilities in the industrial sector.

Technical data:

• Model: Micro Cut 1640
• Control system: CNC FAGO 8050
• Condition: Used, working

Features and Main Components:

• Distance between Tips: 1000 mm

  • This measurement indicates the maximum length of workpieces that can be machined between the two centers of the machine, making the lathe suitable for moderately sized workpieces.

• Max turning diameter: 500 mm

  • The maximum diameter that can be machined on the machine bench, allowing it to handle pieces of considerable diameter.

• Max diameter on the stems: 650 mm

  • Indicates the maximum diameter that can be machined when the piece is mounted on the rate (turntable), useful for more complex machining.

• Automatic Spindle:

  • The automatic chuck allows you to handle turning operations without the need for frequent manual intervention, improving efficiency.

• Barruffaldi turret with 8 positions:

  • This turret allows you to mount up to 8 different tools, facilitating the transition between different machining operations without the need for manual tool changes.

• Complete Tool Holder:

  • The machine comes with a complete tool holder system, which supports the use of various types of tools and instruments for different turning applications.

Dimensions and Weight:

• Overall Dimensions: Not specified (requires verification with the seller)
• Weight: Not specified (requires verification with the seller)

Mechanical Characteristics:

• Engines and Power:

  • The machine's motors are designed for high precision and robustness, with adequate power for turning operations.

• Rotation Speed ​​and Feeds:

  • The machine offers a range of spindle rotation speeds and adjustable feeds, allowing you to adapt machining to material and workpiece specifications.

Usage Procedure:

1. Machine Preparation:

   • Check the correct alignment and configuration of the machine.
   • Check the lubrication system and the efficiency of the cooling system.

2. Assembly of the Piece:

   • Place the workpiece on the chuck or rate, clamping it securely to ensure precise machining.

3. Tool Configuration:

   • Load tools into the 8-position Barruffaldi turret and configure them for the desired operations.

4. CNC programming:

   • Use the FAGO 8050 CNC to enter the machining program. This control system allows you to program and automate turning operations.

5. Startup and Monitoring:

   • Start the machining cycle and monitor the process to ensure the part is machined to specifications.

6. Final Inspection:

   • Inspect the machined piece for accuracy and quality.

Matching Accessories:

• Automatic Bar Loader: To increase productivity and automate the part feeding process.
• Measurement and Control Devices: To monitor tolerances and ensure processing precision.
• Advanced Cooling System: To improve tool life and machining quality.

Formulas for Optimal Use Parameters:

• Cutting Speed ​​(Vc):

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

• Advancement (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 and composite materials

Maintenance:

• Lubrication:

  • Check and maintain the lubrication system to ensure smooth operation of the axes and spindles.

• Periodic Inspection:

  • Carry out regular inspections of the condition of tools, the cooling system and mechanical parts.

• Cleaning:

  • Remove chips and dust to prevent buildup and ensure efficient operation.

• Component Replacement:

  • Monitor and replace worn components such as bearings and tools to maintain machine efficiency.

Evaluation of Used:

• General Status:

  • Check the wear and integrity of the main components and accessories.

• Documentation and History:

  • Request maintenance documentation and operational tests to ensure quality.

• Functional Test:

  • Carry out operational tests to ensure that the machine operates correctly and meets specifications.

Sectors of Use:

• Manufacturing Industry:

  • Suitable for the production of mechanical and precision components.

• Aerospace Sector:

  • For applications requiring high precision and robustness.

• Automotive sector:

  • For machining engine parts and structural components.

Advantages of Buying Used:

• Lower Cost:

  • Buying a used machine significantly reduces the initial investment compared to a new one.

• Minor Depreciation:

  • A used car tends to depreciate less quickly than a new one.

• Reliability:

  • With good maintenance, a used machine can offer reliable and long-lasting performance.

 INTERNAL CODE: CS 283