Ströter Antriebstechnik Mechanical Drives

Ströter Drive Components

Helical Bevel Gear Motors (K Series)

• Traditional geared motors combining a gearbox and motor.
• Suitable for general industrial applications needing robust power transmission.
• Modular designs mean you can tailor gear ratios and configurations to specific needs.

Stainless Steel Gear Motors (KE Series)

• Similar to standard helical bevel gear motors but made from high-grade stainless steel.
• Designed for hygienic environments such as food & beverage or pharmaceutical production.
• High corrosion resistance and easy cleaning (IP69K protection).

Variable Speed Gear Motors (AM & AM/M Series)

• Mechanical variable-speed drives that adjust output speed without electronics (handwheel control).
• Useful for processes requiring adjustable speed without complicated control systems.
• AM series focuses on helical gear designs; AM/M adds helical bevel gear form factors.

Encoders (MIG Series)

• Incremental encoders that measure rotational position or speed.
• Compact, high-precision and durable (dust- and water-resistant).
• Often integrated between gearbox and motor for precise feedback in automation.

Ströter K Series – Helical Bevel Gear Motor

Proven high-performance helical bevel gear motors designed for demanding, heavy-duty industrial applications. BEGE Ströter helical bevel gear motors are engineered to deliver reliable, efficient power transmission across a wide range of industries and operating environments. Whether used in material handling systems, conveyor technology, automation solutions, or specialized machinery, these drives provide consistent torque and smooth operation even under continuous load. Thanks to their modular design concept, each drive unit can be precisely configured to meet specific customer requirements. This flexible system allows for tailored combinations of motor size, gear ratio, mounting option, and additional features, ensuring optimal integration into existing or newly designed machinery.

A broad selection of gear ratios enables accurate speed and torque adjustment, while both foot-mounted and flange-mounted versions provide maximum flexibility during installation. This versatility simplifies system design and supports efficient space utilization. The K series of helical bevel gear motors is manufactured using premium-quality materials and precision-engineered components. Careful selection of gears, bearings, and housings ensures exceptional durability, reduced maintenance needs, and a long operational service life, even in challenging industrial conditions.

Ströter KE Series – Stainless Steel Premium Helical Bevel Gear Motor

Hygienic, durable, and engineered for demanding environments. With the stainless steel premium helical bevel gear motors from BEGE Ströter, your drive system consistently complies with stringent hygiene regulations such as HACCP (Hazard Analysis and Critical Control Points) and EHEDG (European Hygienic Engineering & Design Group). The KE series has been specifically developed for applications in which the highest sanitary standards are essential, including food processing, pharmaceuticals, and other hygiene-critical industries. without compromising on performance, reliability, or build quality.

The smooth stainless steel housing design minimizes dirt accumulation and supports easy, thorough cleaning, helping to reduce contamination risks. At the same time, the robust construction ensures mechanical strength and operational stability in continuous-duty applications.

Even under extreme operating conditions, these helical bevel gear units deliver an exceptionally long service life. They are highly resistant to corrosion and capable of withstanding intensive high-pressure cleaning processes. In addition, they are suitable for frequency-controlled operation and provide constant torque across a speed range of 5 to 50Hz, ensuring consistent performance, precise control, and energy-efficient operation in variable-speed applications.

Ströter AM Series – Helical Variable Speed Gear Motors

Mechanical transmission control without the need for electronic components. The BEGE Ströter AM series helical variable speed gear motors are designed as straightforward, durable, and highly reliable drive solutions for applications that require adjustable speed control. Their purely mechanical design ensures dependable performance while minimizing complexity.

Speed adjustment is simple and intuitive, achieved quickly via an integrated handwheel. This allows operators to modify output speed directly at the drive, without the need for specialized programming or additional control systems. The result is precise, practical speed variation with minimal downtime.

Because these drives operate without expensive control cabinets, frequency inverters, or complex electronic components, they offer a cost-efficient alternative to electronically controlled systems. Reduced system complexity also translates into easier installation, lower maintenance requirements, and improved operational reliability.

Ströter AM/M Series – Helical Bevel Variable Speed Gear Motors

Mechanical transmission control without the need for electronic systems. The BEGE Ströter AM/M series of helical bevel variable speed gear motors are designed to be simple, rugged, and dependable drive components for applications that require adjustable output speeds. Their robust mechanical construction ensures reliable performance in demanding industrial environments while keeping operation straightforward and efficient. Speed adjustment is quick and user-friendly, achieved directly via an integrated handwheel. This enables precise mechanical control without programming, sensors, or electronic interfaces, making on-site adjustments easy and minimizing downtime.

Because these drives operate entirely without expensive control cabinets, frequency inverters, or complex electronic systems, they provide a highly economical alternative to electronically controlled variable speed solutions.

Ströter MIG NOVA+ Series – Incremental Encoders

• Robust and Shockproof – The use of a vulcanised magnet ring makes the encoder sturdy and shockproof.
• Easy Installation – Fits on every IEC electric motor. For custom drives the Ströter MIG can be tailored to meet your specific needs.
• Very Stable Contactless Signal Measurement – Epoxy resin sealed high quality electronics are completely protected from external influences which ensures a very stable contactless signal measurement.
• Exceptional Protection – Due to the assembly between motor and gear unit, our encoder is completely protected from dirt, dust, corrosion and liquids. Even during high pressure cleaning.
• Incredibly Compact – Machines and drive systems using the BEGE MIG barely increase in length. The encoder adds 7 to 15mm to the total length.
• No additional Drive Adjustments – Because the Ströter MIG is integrated between the motor and gear unit there are no motor modifications required e.g. extended fan cover or NDE (non-drive end) shaft.

Ströter MIG® BASIC Incremental Encoder

The MIG BASIC incremental encoder is designed to make highly accurate positioning tasks straight-forward and reliable. Engineered for applications that require precise motion feedback, it delivers consistent and dependable performance in a wide range of industrial environments. The encoder is suitable for control via the HTL protocol, ensuring compatibility with many common control systems and PLC configurations.

As a cost-effective solution for standard positioning applications, the MIG BASIC focuses on efficiency without unnecessary complexity. It provides a clear A90°B output signal, enabling accurate detection of rotational direction and position. With an adjustable resolution ranging from 1 to 64 pulses per rotation, it offers flexibility to match the specific precision requirements of different systems.

Compact, economical, and easy to integrate, the MIG BASIC incremental encoder is an ideal choice for straightforward positioning tasks where reliability, simplicity, and value are key priorities.

Ströter MIG® NOVA+ Incremental Encoder

The MIG NOVA+ incremental encoder is engineered to make highly accurate positioning tasks both simple and exceptionally precise. Designed for demanding motion control applications, it delivers reliable feedback and smooth signal processing, ensuring optimal system performance across a wide range of industrial environments.

Compatible with virtually all common control systems, the MIG NOVA+ supports both HTL and TTL signal levels. This broad compatibility allows seamless integration into new and existing installations, reducing setup time and simplifying system design.

What truly sets the MIG NOVA+ apart is its outstanding resolution. Featuring an A90°B / Ā90°B output signal, it provides precise direction detection and enhanced signal stability. With up to 2048 impulses per rotation, the encoder enables extremely fine positioning accuracy, making it ideal for applications that demand high precision and consistent repeatability.

Ströter MIG® AST (Absolute Single Turn) Encoder

The MIG absolute single-turn encoder is designed to ensure optimal interaction between all individual system components, delivering precise and reliable position feedback at every moment. By providing an exact (absolute) position value immediately upon start-up, it eliminates the need for reference runs and enables highly accurate positioning tasks to be carried out quickly and efficiently.

Thanks to its robust construction and dependable signal transmission, the MIG AST encoder interface supports seamless communication within complex drive and control systems. This makes integration straight-forward while enhancing overall system stability and performance.

Customers frequently install the MIG AST encoder interface in applications where safety and accuracy are critical factors. In environments such as automated machinery, material handling systems, and precision production lines, the encoder contributes to consistent positioning accuracy, operational reliability, and improved process control, ensuring that performance and safety standards are met without compromise.