Helicalgeaer size 17 up to 167 Torque 18000Nm max

Helical-wormgeared motors size 37 up to 97 Torque up to 4000 Nm

Giving you the market's largest portfolio of thermoplastic shapes Our engineering plastic materials provide unlimited processing possibilities and flexible manufacturing for a wide range of applications and industries. Choose from semi-finished plastic products for every budget and application No matter the performance requirements of your application, you’ll find what you need from our offering of semi-finished thermoplastic products. Our engineering plastics exhibit many high-performance properties, and our experts help you find a material with the right combination of attributes, including superior mechanical strength, dimensional stability, and chemical resistance. Careful attention is given to how our products perform in different high-temperature settings. Our range of engineering thermoplastic materials, from standard to extreme, is available in a wide selection of shapes and formats, including rods, sheets, tubes, and profiles. Many of our products can also be produced using Near Net Shapes to optimize your project cost, reduce your waste product, and improve your time-to-market. Direct Formed shapes are also available for some of our materials, giving you the most precise components possible, particularly when machining for tight tolerances and demanding operating environments.

MCAM’s Statera™ is an end-to-end offering of industrial plastic recycling solutions, designed to provide a seamless path to more sustainable engineering with a three-pronged program: - MCG's Sterra™ portfolio is a growing portfolio of high-performance engineering plastics with recycled content. - Customers gain access to in-depth environmental lifecycle assessment (LCA) data. - Extensive takeback programs for production scrap and end-of-life parts round up the offering. The benefits of using Sterra™ recycled polymers include: - Achieve carbon footprint reduction by up to 77% by switching to the Sterra™ portfolio. - Sterra™ helps you meet your sustainability goals, comply with environmental regulations, and strengthen your brand as an eco-conscious manufacturer. - Gain access to recycled materials that deliver the same technical reliability as virgin plastics, ensuring production quality remains uncompromised. - The Statera™ program provides in-depth lifecycle assessment (LCA) data and robust takeback solutions for production scrap and end-of-life parts, making it easier for you to quantify environmental impact and close the loop on material use.

TIVAR™ liners are made from UHMW-PE, a material that offers the lowest coefficient of friction of all thermoplastics outside of PTFE. These lining materials offer you several advantages, including low friction sliding properties and exceptional abrasion and corrosion resistance. TIVAR™ UHMW-PE materials are known for their flow-promoting properties, helping you overcome common bulk material handling challenges such as blockages, caking, bridging, freezing, and hang-up of dry or moist materials.

Lockable standard parts are increasingly common in machine and plant construction, but they are also used in event hardware for locking and securing a variety of parts. Ganter is now expanding its range of indexing elements to include the lockable stainless steel indexing plungers GN 814. The integrated closing mechanism protects against unauthorized or accidental operation. Lockable indexing plungers GN 814 of stainless steel have the same basic functions as Ganter’s tried and tested selection of indexing plungers. What’s new is the clever addition of a locking function for greater safety and security. This is accomplished with a lock integrated into the black plastic head. On types A and AK, the plunger pin is secured in the front position by turning the key 180 degrees and removing it. The plunger then cannot be moved out of the base position. On types E and EK, the plunger pin can additionally be secured in the rear position, offering a lockable way to prevent the plunger from engaging, which is useful in situations where the plunger pin must be kept from protruding at times. On all types, the key can also be pulled out in the unlocked position to prevent unauthorized locking. The stainless steel indexing plunger is available with two different lock versions: Lock type SC allows all indexing plungers in use to be operated with the same key, while lock type SU requires a different key for each indexing plunger. To prevent unauthorized disassembly or adjustment of the indexing plunger, the hex nut used for screwing the part in or out is only accessible while it is unlocked and the head has been pulled back. A lock nut is available as an optional accessory that can be ordered with the type designations AK or EK with the appended “K” signifying a lock nut.

GN 139.1 hinges with safety switch are used for hinged and opening protective equipment such as doors or covers on machines, in plants, in automation engineering and in the automobile industry. The hinge is compact and sturdy, making it the ideal choice for many applications. Classed as protective equipment, GN 139.1 hinges with safety switch can prevent hazardous situations as the contacts change their status from a defined opening angle forward. This switching point can be adjusted within the range +4°. The electrical switching elements are fully integrated in the mechanical hinge and are invisible from the outside, allowing the hinges to be classed under IP 67 (plug-type version) and IP 69K (cable version). Two contact switches offer double safety! The concealed bolt attachment from the back also makes this hinge particularly tamper-proof. The GN 139.2 hinges are similar in design and differ externally only by featuring a connector plug, making them the ideal choice as add-on hinge with unchanged perfect appearance. Flat and angled mounting plates are available to mount the hinges, allowing them to be mounted from the front or in the clearance between door frame and door. Oblong holes are designed for mounting to profile systems. In general, the GN 139.1 hinges with safety switch conform to many international standards and directives.

Our HeiMotion Compact series of brushless servo motors includes eight powerful servo motors and 2 matching motion controller families, equipped with different functionalities. Depending on the motor application, you have the choice in between the controller familie of HCJ. The components have been developed in Germany and are characterized by precision, robustness and excellent efficiency.

The market is increasingly demanding for drive solutions with high acceleration torques respectively a very dynamic behaviour. To sectors like automation and robotics, also the compactness of the motors is of vital importance. In order to realize diverse applications the motors can be largely individualized. As an answer to the new demand situation Heidrive developed the new series HMD - HeiMotion Dynamic Next Generation, which represents highly dynamic servo motors. The motors of this series are not only endued with an optimized acceleration behaviour but also with particular robustness. The dynamic of the HMD Next Generation motors is achieved by a material optimization on the rotor and a reduction of overall length. Furthermore, a new winding technology has been used for the HMD Next Generation series. The robustness of HMD Next Generation motors was achieved, inter alia, by a full grouting under vacuum. In this way the coil is ideally thermally tied to the laminated core and the motor case. External mechanical influences like shocks or vibrations thus do not affect the stability of the windings. The latter are fully enclosed in the casting compound and thereby optimally protected. Another positive impact of the full grouting is the avoidance of partial discharges and koronas. This results in a longer service life of the drives. As an answer to the demands for 24/48V capable drive systems, with HMD Next Generation a low-voltage series is offered to the market. In addition, the torque gradation has been enlarged at the HMD Next Generation series.

As additional extension to the HeiMotion servo range the HeiMotion Dynamic Next Generation series is now supplemented by compact directly mounted gears with diameters from 60 mm to 100 mm. The modular flanges allow besides the standard combinations even to combine different motor and gear sizes to realize special requirements such as high radial loads or various mounting types on the machine. Since the advantages of the HMD Next Generation motors, such as the further improved dynamics and the more compact design compared to their predecessors, were to be supplemented even further, the focus of the design requirements was on reducing the overall length of the gear and keeping noise to a minimum. The elimination of the clamp coupling and the more precise connection of the sun gear allowed the noise level to be reduced by up to 6 dB. The 1-stage gear unit is available in gear ratios of 1 to 10, and the dual-stage model is available in gear ratios from 9 to 64. Other advantages of direct mounting include the low mass moment of inertia and the light weight.

The servomotors of the HeiMotion Premium series are able to meet the most demanding requirements on the market. The servomotors are available in five different flange sizes (40mm, 60mm, 80mm, 100mm, 130mm) with varying overall lengths and various torque. Heidrive is offering the appropriate drive solution and covers a power spectrum from 50 W to 3750 W. The distributed winding technology with proven features facilitates the further development of compact sizes and reduces the production costs of the servomotor series HeiMotion Premium compared to other manufacturers on the market. Moreover, all conventional encoder systems from a resolver to a high-resolution HIPERFACE®-DSL-encoder can be adapted. Further options are possible using the planetary gears with direct mounting or the integration of powertrain electronics into the motor.

The HeiMotion Premium servo motor range has been complemented by compact, directly mounted gear units with diameters from 40 mm to 100 mm for the entire motor series. The modular flanges allow besides the standard combinations even to combine different motor and gearbox sizes to realize special requirements such as high radial loads or various mounting types on the machine. The main focus of the design requirements was on reducing the length and the noise level. The elimination of the clamp coupling and the more precise connection of the sun gear allowed the noise level to be reduced by up to 6 dB. The 1-stage gear unit is available in gear ratios of 1 to 10, and the dual-stage model is available in gear ratios from 9 to 64. Other advantages of direct mounting include the low mass moment of inertia and the light weight.

Innovative Castrol products for processes in mechanical and plant engineering: Castrol offers innovative products and services that optimize efficiency in mechanical and plant engineering and reduce operating costs. Castrol supports sustainable production with high-performance fluids that reduce tool costs and increase productivity. Through data-based maintenance, Castrol products help to minimize energy consumption, waste and CO₂ emissions. State-of-the-art Castrol lubricants for metal production: Castrol's modern lubricants for metal production extend maintenance intervals, reduce lubricant consumption and lower energy consumption. The special formulations ensure a long system service life and reliable operation even under extreme conditions. FIP lubricant service - so that everything runs smoothly! We keep you up to date and offer solutions specifically tailored to your company in the areas of lubricants, metalworking oils, cooling lubricants and greases. Benefit from tailor-made service packages, individual advice and our experienced team of experts - on site and in the office. Visit us at the trade fair - we look forward to seeing you!

Our CrMo4 bearing housings with internal cooling operate in environments with temperatures up to 1400 °C – ideal for rolling and cooling lines in steelworks, where liquid steel is guided and cooled on rollers at initial temperatures between 1200 and 1350 °C. The housings are equipped with internal cooling channels and a welded stainless-steel cover – a demanding combination of dissimilar materials that we have mastered over the years to ensure maximum durability and thermal performance.