Description.
Plasma Cutting & Flame Cutting! 3000mm Cutting Width. Servo motor drive offering ensures precise and stable cutting same as traditional Gantry.
Easy installation and adjustment.

Features.
3000mm Cutting Width.
Cutting Length H Beam Rails & Groove Supplied As Per Customers Required Length.
No Power Source / Plasma Supplied with this proposal PMX125 or Maxpro 200 suggested
Plasma/Oxy-Fuel cutting, Servo Drive
One (1) Oxy-Fuel Torch included can accept up to 2 x torches.
Anti Collision Device
Quick cable connector, connecting with Kjellberg or hypertherm plasma power and cutting machine
Strengthen load capacity, available for 16kg of cutting torch
Circuit and THC enjoy the function of anti-interference
R&D on THC detector, which can simulate part of arc voltage output signal of plasma offered by customers

Programming
Fast Cam Professional with Full Nesting supplied
Program(nesting shapes), drawing is done by computer in office - additional offline drawing program required
Save G code into USB
Program is transferred to G code
Connect USB with machine controller
Operate controller ( for this step, no computer is needed)

Configuration
Rails: 22Kg / m
Lift: stroke = 100mm
Reducer: 40:1
Rack: High resistance
Gearing Mode: Rack & pinion
CNC & THC: F2300T
Servo Motor: Panasonic
Electrical: Schneider

Technical Data
Type: G3 Eco-Tech 3500
Arc voltage THC - Torch Height Control Automatic
CNC System: FastCAM Professional Full Nesting
Input Voltage: 240 V
Frequency: 50 Hz
Input Power: 2KW
Display: Color LCD 10.4 "
Effective Cut Width: 3000mm
Machine Width: 4000mm
Longitudinal Length: Supplied To Customers Requirements
Machine Height: 1560mm
Cutting Speed: 0-10,000 mm/min
Mode of Cutting: Flame or Plasma
Cutting Speed Flame: 100 ~ 750mm / min
Positioning accuracy: 0.5mm / 10,000mm
Repeatability: 0.2mm / 10,000mm
Cutting Thickness: Flame: 5 ~ 150mm
Cutting Thickness: Plasma: Subject to plasma selection
Mode of Cutting: Type A : Plasma Type B : Plasma/Flame
Z Axis stroke: 100mm
Height Control: THC Both Plasma & Flame