Skip to product information
1 of 9
STUDER S 41
Type: S 41
Manufacturer: STUDER
Control: GE FANUC Series 31i-Model A
Year: 2012
Stock: 023247
Download technical sheet (PDF)
STUDER S41 is a CNC cylindrical grinder engineered for precision, high accuracy and reliability. Capacities: centre height 275 mm, distance between centres 1000 mm, max workpiece Ø 550 mm, workpiece height 1000 mm, Z 1150 mm, X 350 mm, workpiece weight 250 kg. Specs: grinding wheel Ø500×100 mm, peripheral speed 50/80 m/s, spindle speeds 0–4500 rpm, wheel head swivel -45/+225°, workpiece spindle motor 15 kW, 3x400 V 50 Hz, air 5 bar, tailstock stroke 60 mm (Ø 60 mm), machine weight ≈9000 kg. Accessories: high‑res C‑axis, B1+B2 axes, coolant system, internal grinding attachment, 2 spindles, lamp, status light, PC system, electronic handheld control, foot pedal. Achieves tight tolerances; typical in automotive, aerospace, toolmaking, medical and watchmaking.

Technical specifications are subject to change without notice

With external grinding, internal grinding and Y-axis
High-resolution C-axis + B Axis 
Without tailstock

Centre height 225 mm
Distance between centres 1000 mm
Max. work piece diameter 550 mm
Travels:
   Z axis 1150 mm
   X axis 350 mm
Workpiece dimensions:
Diameter 550 mm
Height 1000 mm
Weight 250 kg
Grinding wheel:
   Diameter 500 mm
   Width 32-80 mm
B axis resolution max. 0.0005 °
Grinding spindle head:
B axis swivelling range (automatic) -45° - 225 °
   Peripheral speed 50 / 80 m/s
Internal grinding spindle bore 120 mm
   speeds:
   from 750 t/min
   up to 4500 t/min
Tailstock:
   Spindle stroke 60 mm
   Spindle diameter 60 mm
Air connect 5 bar
Voltage 50 Hz 3x 400 Volt
Workpiece spindle motor 15 kW
Machine's weight about 9000 kg
Various accessories:
High resolution C-axis
Coolant system
B axis
Redressing device
Internal grinding attachment:
   Number of spindles 2
   Grinding wheel speeds:
   from 24'000 t/min
   up to 42'000 t/min
Lamp
Status light
PC system
Electronic hand held control
Foot pedal

View full details

Contact Form