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NovaStar, DN137, Leather Cutting Machine, 2500x1300mm, Conveyor Table, Overhead Camera Scanning System (New)

NovaStar, DN137, Leather Cutting Machine, 2500x1300mm, Conveyor Table, Overhead Camera Scanning System

Description

  1. Overview
    1. 2500 mm (L) x 1300 mm (W) basic model
    2. Cutting area: 2500 x 1300 mm
    3. Cutting thickness: ≤10 mm (according to different materials)
    4. Material holding method: vacuum system with counter-blower
    5. Driving system: servo motor, straight rail
    6. Max speed: 300 to 2000 mm/second
    7. Repeat precision: ≤0.01 mm
    8. Voltage/power: AC220V ±10%, 60 Hz (according to client’s voltage)
    9. Delta motor
    10. Equipped with red light preview function
    11. Hiwin guide rail
    12. 40 mm aluminum vacuum table with 20 contacts (repairable after deformation)
    13. Inverter vacuum pump
    14. Muffler (reduces the noise of the pump)
    15. Computer stand
    16. Pneumatic oscillating tool (POT)
    17. Suitable for cutting leather, PVC, sponge and other materials
    18. Punch tool: 1.0 mm / 1.2 mm / 1.5 mm / 2.0 mm
  2. Scanning And Software System
    1. Genuine leather scan system and software
    2. Leather product industry service management system that integrates leather scanning, defect identification, nesting and cutting functions
    3. Camera: SLR camera
    4. Projector: 2 projectors
    5. Computer: 16 GB or more memory, 256 GB solid-state drive + 1 TB mechanical hard drive, core 5th generation or above processor, 27-inch HD monitor with HDMI and VGA ports, wireless mouse, keyboard, etc.
    6. Extra extension area for loading leather for marking all defects, 2.5 m length
    7. Overhead camera system to photograph/scan and recognize white chalk lines for defect identification via software
  3. Cutting And Efficiency Features
    1. Double beam: can cut a cowhide at the same time, double efficiency
    2. Extra extension area for receiving
  4. Workflow Description
    1. Leather placement: the operator places the genuine leather hide on the loading table; proper placement ensures accurate scanning and cutting
    2. Defect inspection and marking: the operator inspects the leather and marks defects with chalk (scars, scratches, insect bites, or color variations) to be avoided during nesting
    3. Leather scanning: the camera recognition system scans the entire leather hide and creates a digital map including its outline and marked defect areas
    4. Pattern import: cutting patterns are imported into the software from the CAD design system, including precise shapes, sizes, and quantities
    5. Intelligent automatic nesting: the software automatically calculates the best nesting layout based on leather shape and defect areas to maximize material utilization and minimize waste
    6. Best area allocation: the software allocates important parts to higher-quality areas of the hide (e.g., backbone area) to ensure the best final product
    7. Vacuum fixation: the vacuum adsorption system holds the leather firmly on the cutting table, preventing movement during cutting
    8. High-frequency oscillating knife cutting: the oscillating knife cuts the material following the optimized path, producing clean edges without burning or damaging the leather
    9. Once the cutting task is complete, all cut and shaped pattern components are automatically conveyed to the collection area, preventing them from falling to the floor
    10. Simultaneously, a second leather hide (already marked for defects in the loading zone) is transported to the cutting zone to undergo processing
  5. Specifications
    1. Voltage: AC220V/380V