Helios Hera 200

CNC Gear Hobbing Machine

6.35 DP

Max Pitch Rating

1,200

RPM Hob Speed

7

CNC Axes

High-speed direct-drive hob head with CNC shifting:
Automatic retraction of X-axis during power failure, preventing hob damage.

Direct drive torque motor for the work spindle:
Driven via FANUC® torque motor.

Flexible standard dialogue program offering:
One or two gears on a single workpiece.
Radial, axial, climb, and/or conventional hobbing on single- or two-cut cycle.
Crowning (lead modification) and deburring using two equal hobs.
Automatic shifting over broken hob section.
Optional re-hobbing (skiving).

CNC by FANUC® 0i-MF with 6 axes (optional 7):
Tangential position of hob head (shifting) by CNC.

Quality components and construction:
Precision, repeatability, and control with Heidenhain® linear scales on the X-axis.
Cast iron machine base for optimum stability and dampening.

Machine RFQ

Download Hera 200 Specification | Get Financing

Compact

Minimal footprint for maximum production.

Intuitive

Conversational programming for quick, easy setup.

Premium

Quality components and construction.

Capable

Equipped to produce a variety of gear types and hobbed profiles.

Bolstering your quality and productivity.

The Hera 200 vertical CNC gear hobbing machine combines advanced technology, precision components, and economic pricing to enable profitable production of high-quality spur gears, helical gears, and other hobbed profiles.

Hera 200 Technical Specifications

Specifications

Maximum pitch rating, hobbing	4.00 mn	6.35 DP
Minimum number of teeth	4	-
Maximum workpiece diameter	200 mm	7.874 in
Maximum axial travel	250 mm (150 - 400 mm)	9.840 in (5.906 - 15.748")
Maximum workpiece length - manually loaded	530 mm	20.866 in
Maximum radial travel of hob head	250 mm (10 - 260 mm)	9.840 in (0.394 - 10.236")
Maximum work spindle speed	125 rpm	-

Hob Head

Maximum spindle speed	1,200 rpm	-
Maximum hob diameter	150 mm	5.906 in
Maximum cutter width	180 mm	7.087 in
Maximum cutter shift	180 mm	7.087 in
Swivel range	+/- 45°	-