ACS LogoCFM Sawing + Chamfering

ACS® 105 + CFM
Diameter range
10–105 mm
Master lengths

3.000–6.500 mm / 8.000 mm /
 9.500 mm / 12.500 mm / 
14.500 mm / 16.500 mm
Bundle weight 5.000 kg (6.000 kg)

Production accuracy of the
workpiece length
Reference dimension Da = 50 mm

±0,05 mm at Cmk 1,67 Standard deviation 0,01 mm

Maximum production output Single cut
2.650 pcs/h
Maximum mechanical power of the saw
max. 18 kW
Time required for saw blade change
2 min
Time required for changing all clamping tools
15 min
Time required for changing the end-machining heads
4 min
ACS® 136 + CFM
Diameter range
10–136 mm
Master lengths

3.000–6.500 mm / 8.000 mm / 
9.500 mm / 12.500 mm / 
14.500 mm / 16.500 mm
Bundle weight 5.000 kg (6.000 kg)

Production accuracy of the
workpiece length
Reference dimension Da = 50 mm

±0,05 mm at Cmk 1,67 Standard deviation 0,01 mm

Maximum production output Single cut
2.000 pcs/h
Maximum mechanical power of the saw
max. 18 kW
Time required for saw blade change
2 min
Time required for changing all clamping tools
15 min
Time required for changing the end-machining heads
4 min
ACS® 169 + CFM
Diameter range
10–169 mm
Master lengths

3.000–6.500 mm / 8.000 mm / 
9.500 mm / 12.500 mm / 
14.500 mm / 16.500 mm
Bundle weight 5.000 kg (6.000 kg)

Production accuracy of the
workpiece length
Reference dimension Da = 50 mm

±0,05 mm at Cmk 1,67 Standard deviation 0,01 mm

Maximum production output Single cut
1.800 pcs/h
Maximum mechanical power of the saw
max. 36 kW
Time required for saw blade change
2 min
Time required for changing all clamping tools
15 min
Time required for changing the end-machining heads
4 min

Basic functions

  • Enter and manage production-related product parameters, quality criteria, and limit values in a single, centralized location via the operator interface
  • Record and (optionally) analyze order-related parameters
  • When the target quantity is reached:
    • stop the system in a defined manner and output order data via the operator interface
    • automatically load new order parameters from job lists and process (optional)
    • create an order-related report using Analyst (optional)
  • Detect the lead edge of a master length without contact using a sensor - material edge detector
  • Detect the end of a master length without contact using a sensor - tag end sensor
  • Change the workpiece length when the saw is stopped without a reset - no repeat trim cut
  • Manufacture three different workpiece lengths from one master length - automatically or specifically
  • Discharge workpieces depending on the length via three different outlets
  • LM/LMM length measurement:
    • compensate for temperature-related changes - automatically correct workpiece length
  • Machine solid material without any restrictions – comply with limit values for weight!
  • Optimize power and compressed air consumption
  • Monitor the saw blade and the saw drive
    • Enter limit values in a single, centralized location:
      • workpiece counter
      • cutting area
      • temperature (optional)
    • Monitor and record collisions between workpieces and machine components as well as collisions between machine components
    • Quickly withdraw the saw blade (10 ms) in the event of a collision, emergency stop or power outage
  • Monitor the clamping process on the grip feeder/saw clamp via the position of the clamping jaws
    • Continuously adjust the clamping force
  • Reject workpieces when
    • clamping errors occur
    • the sawing torque is outside the target range
    • a cut is incomplete

Basic functions: CFM chamfering

  • Enter and manage production-related product parameters, quality criteria, and limit values in a single, centralized location via the operator interface
  • Blow out workpieces prior to chamfering
  • Blow out workpiece after chamfering while rotating workpieces in front of blower
  • Monitor cutting tools
    • Enter limit values in a centralized location
      • Workpiece counter
      • Cutting area
      • Torque
    • Detect tool breakage
    • Monitor the torque of chamfering units
      • Optimally position workpieces between end-machining tools
      • Quickly withdraw end-machining tools when dangerous situations arise
  • Monitor the clamping process on the CFM clamp via the position of the clamping jaws
    • Enter limit values in a single, centralized location
    • Continuously adjust the clamping force
  • Reject workpieces when
    • clamping errors occur
    • the sawing torque is outside the target range
  • Using patented clamping tools, clamp the workpieces (0.001 to 0.1 mm) in the optimal position in the horizontal and vertical directions, centric to the end-machining tools (optional)
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