Caliper Brakes
P-LM planetary servo gearmotor
The decisive characteristic of the P series planetary gearbox is the high-quality helical gearing that gives the gearbox smooth operation that is second to none. Another outstanding property is its extremely high efficiency. Due to the very low frictional torques, this series is ideal for continuous operation and high-speed applications. The P series combined with our encoderless Lean motor: The result is a precise, rugged and extremely energy-efficient geared motor with high torsional stiffness and backlash stability.
PE-LM planetary servo gearmotor
The PE series of Planetary geared Lean motors features extremely cost-effective planetary gearboxes for the economy range with high performance. They also have the high-quality helical gearing typical of STOBER – for low noise development and the best smooth operation. It’s a unique feature on the market in this price and product class! PE gearboxes are the economical alternative to the P series and are ideal for efficient applications in automation and robotics. PELM: In combination with an IE5-classified STOBER Lean motor, you get an unbeatably cost-effective, compact, economy gearbox. For applications in automation and robotics.
P-EZ planetary servo gearmotor
Planetary servo gearmotor, precision planetary gearbox P with EZ servo motor withou adapter and coupling. In the power range 0.25 – 31.0 kW. Gear ratio range 3:1 – 100:1. Max. torques 10 – 3,450 Nm. Rotational backlash 1.0 – 8.0 arcmin. Efficiency 95 – 97 %. Optionally with encoder, resolver, with reduced rotational backlash, with two brakes, fan, single-cable with EnDat 3.0, with modular gear wheel, with servo drive SC6 / SI6 / SD6.
PH-EZ planetary servo gearmotor
Precision PH planetary gearbox with flanged, rotary shaft, and electric synchronous motor, EZ Stober servo motor. Servo geared motors in the power range 0.25 – 16.0 kW. Gear ratio range 3:1 – 120:1. Maximum dynamic torque 24 – 7500 Nm. Rotational backlash 1 – 4 arcmin. Optional reduced linear backlash, resolver, forced cooling fan, up to 2 safety brakes, single-cable servo motor with EnDat 3.0 absolute encoder, rack and pinion drive. Standard Stober servo drive.
PHQ-EZ Quattro planetary servo gearmotor
PHQ is a precise servo gearbox with high-quality helical gearing as well as maximum torsional and tilting stiffness. For maximum torque. When it’s combined with an EZ motor, you get a geared motor that above all has an impressively innovative 4-planet system. Our Quattro power series is ideal for applications where space is precious – like for drives in pick-and-place applications.
C-EZ helical servo gearmotor
Helical servo geared motors: The helical gearboxes themselves are compact and available in a wide variety of housing designs – with a pitch circle diameter, a round or square flange, or even with a foot – so they are ideal for a wide range of applications. The helical gearing that is typical of STOBER and resulting exceptionally smooth operation are also remarkable. STOBER Helical servo geared motors: Connected directly to an EZ motor, the result is a very compact and exceptionally dynamic synchronous servo geared motor with high torsional stiffness and high volume performance.
F-EZ flat servo gearmotor
Due to their extremely flat housing and large axial distance, offset helical gearboxes are easy to integrate in applications that have very tight, difficult space constraints. These gearboxes also meet high demands for efficiency, ruggedness and a long service life. When it is directly attached to an EZ motor, you benefit from an even smaller installation space, lower weight and high torque at the same time! Do you design gravity-loaded axes? Learn more about our offset helical geared motors with redundant brake. To meet higher precision requirements, the F series offset helical gearboxes are available in two backlash classes. The hardened helical gearing ensures reliable backlash stability. F and EZ – thanks to the short design of the gearbox and motor, this combination gives you a geared motor that is extremely compact, precise, dynamic and highly reliable.
K-EZ bevel servo gearmotor
This coupling-free combination of a K series gear unit and EZ series synchronous servo motor reduces the space requirements and rotating masses, thereby lowering the total weight. This increases the dynamics and saves costs. All geared motors in this series of helical bevel servo geared motors feature high-quality helical gearing that guarantees unsurpassed smooth operation and backlash stability. K gear units paired with EZ motors are a winning combination, especially due to the extremely low weight, a high volume performance and high torque. Do you design gravity-loaded axes? Learn more about our helical bevel geared motors with redundant brake.
KL-EZ bevel servo gearmotor
The jointless, torsion-resistant block design and the directly attached EZ motor combine to form a highly rigid drive unit. The motor shaft and gear unit output are on the same level, which makes the design of your machine or system so much simpler. Helical bevel servo geared motors: The geared motors of this series of helical bevel servo geared motors are used primarily when applications call for high dynamics, low weight and, above all, a small installation space.
KS-EZ angular planetary servo gearmotor
Thanks to the technology that provides robust bearings and high-quality gearing, the gear units of the KS series are extremely durable and tip-resistant. They can be used in continuous operation without any problems – even at high speed levels. Extended gear ratio range for a wide range of applications. STOBER has further developed its KS right-angle servo gearbox. In keeping with the motto „Power without Compromise“, it is now offered not only in two- and three-stage versions, but also in a one-stage version. The advantage of direct attachment: the bevel gear stage, planetary gear unit and EZ motor form a compact unit featuring extremely convenient installation dimensions. Complemented by the square mounting flange, the geared motors can be mounted close together.