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FSCUT6000

FSCUT6000 High Power EtherCAT is a cost-effective EtherCAT bus laser cutting control system. Easy installation and debugging, excellent performance, and inclusive solutions for cutting medium thick plates for steel structures, iron towers, ships, etc. Functions like Smooth MicroJoint, Flash Piercing, and 5-Stage Piercing, can improve processing efficiency; Functions like Deslag and Corner Technique, can improve the quality of processing thick plates.

Technical Data

Control Software
CypCutPro Laser Cutting System
Control Card
BMC228B
Interface
PCIe bus, X4 and up
I/O terminal board
HPL2720E
Power supply
24V DC/3.5A
Motor control signal
EtherCAT Servo
Dedicated output
4 DA outputs: 0~10V, 12bit, ±20mV
1 PWM output: 24V, precision of 5KHz (0.3%)
Common input
27 common inputs
Active low, <15.6V
IN1~IN3 can change to active high, > 5.8V
Common output
20 common outputs
Max load per channel: DC 24V/700mA
Work environment
Temperature: 0~60℃
Humidity: 10%~90%RH(no condensation)

Benefits

Technique
Smooth MicroJoint: smooth cross section at MicroJoints for easy unloading and efficient production.
Fast Piercing: extremely fast piercing for high efficiency of piercing thin plate.
Deslag: remove slags after piercing and improve the piercing quality of thick plates.
5-Stage Piercing: piercing for even thicker plates.
Flash Piercing: fast frequency conversion piercing to improve the efficiency of piercing thick plates.
Corner Technique: improve the processing quality of the corner of a part.
Circle Centering: quickly locate the center of a circular plate to improve the processing efficiency.
One-Path FlyCut: cut any graphics without lifting the cutter to zero reference for a faster cutting speed.
Quick CutOff: cut off the plate along the X or Y direction with one click.
Vertex Marking: mark the bounding box of graphics to be cut for a clear processing range.
Frame Border Contour: ensure parts on non-rectangular plates are within the plates for safe production.
Built-in Nesting: free and easy nesting for higher plate utilization.
Control
Real-time EtherCat: easy to extend.
Virtual Multi-Station: set multiple stations on one machine tool to improve processing efficiency.
Side Anti-Collision: lift the cutter again, if a side object is detected during traveling , so side collision to the cutter is prevented.
FrogLeap Skip: smart adjust the height of the cutter during traveling to prevent the collision with tilted parts.
Protective FindEdge: protect the cutter from hitting the rack during edge finding.
Torque Monitor: monitor the servo torque, and stop immediately when it hits a heavy object to ensure both the machine tool and the operator safe.
Fast Import: scan QR code to import drawings, which is fast and accurate.
Coil machining: machining on coils to improve cutting efficiency.
InkJet Printer: print codes to mark parts quickly without damages.
Nozzle Cleaning: auto clean the nozzle to extend the nozzle life and improve machining quality.
Torque check: monitor the dual drive shaft state to avoid torsion.
Flexible Acceleration: flexible acceleration and deceleration for a longer machine tool life.
Motion
Theoretical control accuracy 0.005mm, practical trajectory accuracy 0.01mm, position accuracy 0.001mm, repetitive position accuracy 0.002mm.
Unlimited maximum travel speed and maximum machining speed.
Maximum acceleration 2G.

Application

For high-power fiber laser cutting machines of 6kW~12kW, widely used in ships, iron towers, steel structures and other industries.

FSCUT6000
Components
BMC228B master card bmc228a
BMC228B

Number:1

HPL2720E EtherCAT terminal board
HPL2720E

Number:1

WKB Wireless hand-held remote
WKB

Number:1

BCS210E Height controller
BCS210E

Number:1

CypCutPro CypCutPro
CypCutPro is mainly used for medium and high power EtherCAT cutting systems, and has simple operation and rich functions. Functions such as "five-stage piercing", "flash piercing", "deslag piercing", "corner technique", "smooth micro joint" and "smooth piercing" improve medium and thick plate processing quality and processing efficiency.
7.1.2410.5
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