K 160
K 160 HOBBING MACHINE:
GEAR CUTTING SOLUTIONS FOR POWER TOOLS
EMAG is not just a well-known supplier in the world of electromobility. EMAG can also provide a whole host of solutions for very small transmissions and small electric motors. For example, the K 160 from EMAG Koepfer is used by various manufacturers and produces perfect gears.
SCS 1 STACKER CELL The SCS 1 stacker cell is designed for parts with a diameter of up to 200 mm. It is loaded by workpiece carriers in drawers with each drawer being capable of supporting a maximum workpiece weight of 45 kg. A robot carries out the part handling and the loading and unloading of the machines. The machine operator only has to change the workpiece carriers, which takes place parallel to the machining time. This guarantees a continuous production process.
TECHNICAL DATA
SCS 1
Max. workpiece size
mm
200
Max. basket/pallet size (height is adjustable)
mm
600 x 400
Max. pallet drawer weight (incl. workpieces)
kg
45
in in
lb
TECHNICAL DATA
T
24 x 16 99
K 160
Max. module
he K 160 hobbing machine features 8 axes and delivers high speeds at the milling head and main spindle, making it ideal for gear cutting up to modulus 2.5. It can be used for both dry and wet machining processes. However, it is not just for machining that the machine delivers excellence, for its automation, too, EMAG has focused on providing maximum productivity.
8
2.5
Workpiece diameter
mm
90/140
Cutting distance
mm
200/480
Workpiece length
mm
300/1,000
Cutter width
mm
250
Shift distance
mm
160
Main spindle speed
1/min
4,000
Hob speed
1/min
5,000
in in in in in
rpm rpm
11 8/
11
4 (5)
11
4.000 5.000
To this end we have combined the K 160 with our new SCS stacker cell, which we unveiled in the last edition of EMAG News. The result is a compact production solution for gear wheels, which is designed to deliver maximum performance and whose autonomous production process can run for hours on end. You can see the high performance of this combination for yourself at the AMB in Stuttgart, where this production cell will be on display.
LIVE AT THE
WORKPIECES
10
11