Features

• Tube cutting, easy usage, maintenance and service have been achieved by the high-tech of fiber laser
• Rack & Pinion, Guide Linear and Auto motor should assure high acceleration CNC with laser control function
• Resonator with reflective sensors automatically adapted feed speed and power output for each piece, using CNC
• Highly dynamic equipment Rigidity: high strength transfer due to stability of construction
• Durability: Enclosed drivers

Technical Specifications

• Pipe section shape: Round, Square Tube and Rectangular
• Minimum 1000-Watt tube fiber laser cutting machine
• Working table: 6m with 20 - 155mm dia. or better
• Tube size range: Dia. 20 - 155mm (round & square) and Long side ≤ 155mm (rectangular)

Fiber Laser Source

• Type: Raycus or equivalent
• Direct control of all the fiber laser functions
• Synchronized control of the laser source
• Overall power control and high speed perforation
• Edge machining function and cutting data library

Laser Head

• Type: Raytools or equivalent
• The adjustment of focal length should be accurate to 0.01mm
• IP65 Dust-proof grade
• Control system: FSCUT3000S or suitable

Cooling system

• T-win rack and pinion
• Square Guide Rail: Precise design, easy to install Low noise, smooth movement
• Driving System: Servo Motor with high precise
• Reducer: Helical gear replacing previous spur gear, lower noise
• Back to the gap below 0.05 arc points
• Low pulsating rotation smooth
• Chuck speed: 80 - 100r/min
• Tube load weight: 100 kg or higher
• Working area: 6m tube cutting with 10 - 160 mm diameters
• Y-axis running area: 6.5m
• Z-axis running area: 100mm
• X/Y axis Repeated Position Precision: ±0.02mm
• Power supply: 380 ~ 400V AC, 50Hz, 3 Phase
• Should be included with Nozzle (20 Pcs.), protective lens (10 Pcs.), focus lens (1 Pc.), collimation lens (1 Pc.) and ceramic ring (1 Pc.)

Simulation Software

• The software should combine controller design and implementation into one logical process
• This should reduce learning difficulties and help quickly to understand & create a working control system
• User should be able use the software icons and wire them together on screen, just as they would draw a control system on a piece of paper
• The icons should include important parts of controllers, signal generators, manually controlled signals & voltages and virtual instruments
• The software can be used to record important variables
• Plotting the results in a chart and exporting data for use in other programs
• Students should be able to create one or more types of controller and simulate the theoretical responses
• The user guide should show users how to use the software and how to build and test common control systems

Laptop

• Processor: AMD Ryzen 7 5800H RTX 3050 (16M Cache, 3.2 GHz up to 4.4 GHz)
• RAM: 16GB DDR4
• Storage: 1TB PCIe NVMe TLC M.2 SSD
• Graphics: RTX 3050 4GB GDDR6
• Features: Backlit Keyboard
• Display : 16.1 FHD Antiglare IPS 250 nits 144Hz Narrow Border Flat.
• Operating System: Windows 11 Home
• Battery: 4-cell, 70 Wh Li-ion polymer
• Adapter: 200 W Smart AC power adapter
• WebCam: HP Wide Vision 720p HD camera with integrated dual array digital microphones,
• Wi-Fi: Realtek Wi-Fi CERTIFIED 6 (2×2)
• Ports, Connectors & Slots; 1 Super Speed USB Type-C 5Gbps signaling rate (Display Port 1.4, HP Sleep and Charge); 1 Super Speed USB Type-A 5Gbps Signaling rate (HP Sleep and Charge); 2 Super Speed USB Type-A 5Gbps signaling rate