IQM MICROSTEP SPLR 6001.25 Pr BEM 12 CNC plasma cutter

The IQM MICROSTEP SPLR 6001.25 Pr BEM 12 CNC plasma cutter was built by the Slovak company IQM s.r.o. in 2008. The machine cuts metal sheets of various thicknesses thanks to the rotary head with an inclination of ± 50 degrees. The thickness of the cut sheets is as follows – 25 mm if the burner is tilted 50 degrees, 35 mm if the burner is tilted up to 25 degrees, and 50 mm if the burner is tilted at zero. The working table used has a bridge structure with pneumatically opened sections, and its dimensions are (L x W) 6000 x 2500 mm. The plasma cutter is equipped with, among others: CNC MSNC 500 control, AsperWin software with AsperBevel module and Hypertherm HPR 130 plasma unit. The total weight of the R-SPLR 6001.25 PrBEM12I (G) plasma cutter is 5 tons.

Specification of the IQM MICROSTEP R-SPLR 6001.25 PrBEM12I (G) CNC plasma cutter

– dimensions of the working table (length x width): 6000 x 2500 mm
– type of working table: bridge with pneumatically opened sections
– maximum cutting thickness:
25 mm (at a burner inclination of 50 degrees),
35 mm (with the burner tilted up to 25 degrees),
50 mm (zero torch tilt).
– torch axis tilt range: ± 50 degrees
– B axis rotation range: 800 degrees
– angular speed of the A and B axes: 130 deg./s
– portal with double torch guide, driven by a DC servo motor
– double drive in the X axis
– 500 mm ventilation section, pneumatically opened
– power supply: 400/230 V, 50/60 Hz
– power: 3 kW
– total weight of the machine R-SPLR 6001.25 PrBEM12I (G): 5000 kg

Accessories for the IQM R-SPLR 6001.25 PrBEM12I (G) CNC cutter

– CNC control: MSNC 500
– software: AsperWin with AsperBevel module
– plasma unit: Hypertherm HPR 130
– filter unit: TEKA 4H – 10.000
– ink marker: Rea-Jet Elink
– rotary head that allows cutting at an angle
– voltage control of the position of the plasma torch over the material being cut
– guides on REXROTH rails with straight racks and oblique teeth
– sensor preventing the burner from hitting an obstacle
– drill: BEM 12