Two-column guided horizontal saw for sawing solid bars and bar profiles
Mitsubishi FX 5 control system with simple operation via 4.3" touchscreen
Cutting movement via hydraulic cylinder
With BRP (cutting feed control) -> if a set ampere limit is exceeded, the feed movement is stopped while the saw blade continues to run in order to convey chips out of the cutting channel. Once the normal load is reached, the sawing process continues
Automatic positioning after entering the desired angle
Hydraulic clamping of the turntable enables precise angular cutting
Robust machine body and the smallest possible distances between the saw blade, machine guide and workpiece minimize vibrations for maximum sawing performance
Infinitely variable cutting speed from 15 - 150 m/min
Saw blade drive via bevel gearbox, asynchronous motor and frequency inverter
For straight cuts, the material is clamped in front of and behind the cut using a two-part vice
Pressure adjustment of the hydraulic vice clamping via control valve with pressure gauge
Saw blade inclination of 7° and hydraulic saw blade tension increase the service life of the saw blade
Front band guide moves automatically parallel to the movable vice jaw
chip clearing brush driven via belt roller
Emulsion cooling with liquid distribution into the saw blade guides and directly into the cutting channel
Powerful and quiet drive via LENZE gear motors with brake
Compact, heavy and stress-free welded steel construction
Sharp bending rail made of tool steel C50 at the clamping cheek
Continuous, exchangeable bed support made of tool steel C50
Continuous bending rail made of tool steel C50 at the bending beam
Automatic pressure regulation of the clamping cheek via motor current pick-up
Drive of the clamping cheek via generously dimensioned trapezoidal thread spindles
Bending angle adjustment PT 1 via potentiometer on the machine front (right)
Manual fine adjustment of bending beam with scale
Manual crowning via pressure screws in the bending beam
Foot remote control with emergency stop function
All moving parts with low-maintenance bearings
Electrical components from Schneider or Omron
SH-models with high, segmented goat's foot tools
Quality Made in Europe
Available on request: Models in DUO design with continuous sharp bending rail and segmented goad foot tools, standard tools hardened, sharp bending rail and bending bar hardened, segmented tools and bending bar hardened, segmented goad foot tools and bending bar hardened
Powerful and quiet drive via LENZE gear motors with brake
Compact, heavy and stress-free welded steel construction
Sharp bending rail made of tool steel C50 at the clamping cheek
Continuous, exchangeable bed support made of tool steel C50
Continuous bending rail made of tool steel C50 at the bending beam
Automatic pressure regulation of the clamping cheek via motor current pick-up
Drive of the clamping cheek via generously dimensioned trapezoidal thread spindles
Bending angle adjustment PT 1 via potentiometer on the machine front (right)
Manual fine adjustment of bending beam with scale
Manual crowning via pressure screws in the bending beam
Foot remote control with emergency stop function
All moving parts with low-maintenance bearings
Electrical components from Schneider or Omron
SH-models with high, segmented goat's foot tools
Quality Made in Europe
Available on request: Models in DUO design with continuous sharp bending rail and segmented goad foot tools, standard tools hardened, sharp bending rail and bending bar hardened, segmented tools and bending bar hardened, segmented goad foot tools and bending bar hardened
Semi-motor version - manual operation of the upper cheek, bending process motorised
Designed for professional use
With foot operation
heavy, compact weldment
With continuous sharp bending rail
Standard with manual adjustment of the bending angle by means of nonius ring
Particularly low-maintenance
S-models with segmented top tools
SH models with high, segmented goat foot tools
Hardening of standard tools available on request: sharp bending rail and bending strip hardened, segmented tools and bending strip hardened, segmented goat foot tools and bending strip hardened
Further swivel bending machines available on request
Quality Made in Europe Manufacturer Stürmer Maschinen GmbH Dr.-Robert-Pfleger-Str. 26, 96103 Hallstadt, Germany info@stuermer-maschinen.de
For stable mounting of roller conveyors of the series MRB LC to Metallkraft circular saws. The adapters are specially designed for mounting to the right or left of the saws. Please indicate the machine type of your saw when ordering. Manufacturer Stürmer Maschinen GmbH Dr.-Robert-Pfleger-Str. 26, 96103 Hallstadt, Germany info@stuermer-maschinen.de
For easy bending with precise adjustment of the bending angle using a stop with scale
Sheet thickness adjustable via bending beam
Tools for VA on request: sharp bending rail and bending bar made of Toolox 33, segmented tools and bending bar made of Toolox 33 and segmented goat foot tools made of Toolox 33
Maximum rigidity and stability due to stress-free annealed and hardened cast iron construction
User-friendly touchscreen control: HMI graphic interface; all functions and grinding feed controllable; five program memories; function and error display; 7" screen size
Automatic feed control AD5: Various sanding cycles are available: Surface grinding with infeed at the start point, flute grinding with infeed at the start point, flute grinding with infeed at the start and end point. The infeed of the grinding wheel can be customized depending on the workpiece. The overall grinding dimension is divided into coarse and fine infeed, the infeed steps can be freely entered with a minimum resolution of up to 0.001 mm, depending on the application. The option of programming dead cycles after a certain number of infeed steps as well as passes for burn-out after reaching the sanding dimension ensures the best sanding results
Electromagnetic clamping plate
Automatic demagnetization device
Automatic adjustment of the cross feed
Cross sanding device
Recirculating ball screw and manual fine feed in the transverse axis
Longitudinal stroke adjustment via solenoid valve
Signal light to indicate the current operating mode