Riduttori epoidali di precisione

The compact and robust design of the hypoid precision gear boxes is suitable for specific and highly dynamic applications. Our specially developed mono-bloc housing distinguishes this series with extreme stability and provides maximum precision and efficiency. The highly flexible flange and coupling system enables our gear boxes to be connected to a host of servo motors without difficulty

FEATURES AND BENEFITS OF THE NEW HYPOID GEAR BOX SERIES
THE HOUSING:
- aluminum housing with high precision bearing seats and an integrated input shank which ensures a secure motor connection via a housing rib
- high power density of the gear boxes through compact housing dimensions
- highly flexible gear box interface via the motor flange for connecting all common servo motors
- mounting threads on the output side with the option of top or bottom of the housing provides secure connection of the gear box for various installation positions

THE GEARS:
- heavy duty bevel gears, designed and manufactured according to the Gleason process provide optimal gearing efficiency, high transmission precision and reduced load on bearings
- secure torque transmission through friction-locked, zero backlash connection of the crown gears on the drive shaft
- precise gear settings through measuring of the gear components and 100% running test in assembly
- the tooth flanks are ground to achieve maximum demands on transmission performance at minimal tooth clearance

SHAFTS AND BEARINGS:
- the mono-bloc housing offers maximum stability and exact positioning of the bearing seats to each other
- steel alloy shafts with super-finished bearing seats as basis for precise and heavy duty taper roller bearings
- precise positioning and setting of bearings through the use of ground steel shims and splinting of the inner rings

THE RANGE OF GEAR BOXES:
- at present 3 gear box sizes are available in the ratio range i = 5 : 1 to 15 : 1 (other ratios available upon request)
- hypoid gear box available with solid shaft and hollow shaft for shrink disc connection with optional choice of the output side