Guidages linéaires à course illimitée
Quel que soit le domaine d’utilisation des guidages linéaires, ils constituent la base de votre projet.
Guidages linéaires à recirculation de rouleaux – MONORAIL MR
Le guidage MONORAIL MR se caractérise avant tout par sa rigidité élevée, sa grande capacité de charge dynamique et statique, son excellente stabilité de fonctionnement et son encombrement réduit.
Guidages linéaires à recirculation de billes – MINIRAIL et MONORAIL BM
Le guidage linéaire miniature et de précision MINIRAIL est particulièrement adapté à l’automatisation industrielle et de laboratoire. Les guidages à billes BM sont des composants fiables pour toutes les applications industrielles. Dans des applications telles que les machines de l’industrie alimentaire, la technologie médicale et les salles blanches, ou encore les applications sous vide, les systèmes MONORAIL BM WR/SR garantissent un fonctionnement des axes linéaires propre, précis, durable et sans difficulté.
Guidages linéaires avec crémaillère intégrée – MONORAIL BZ
Les systèmes MONORAIL BZ SCHNEEBERGER sont des systèmes de guidage linéaire de haute précision avec entraînement à crémaillère intégré. Ils sont conçus sur la base de notre modèle éprouvé de guidage à billes MONORAIL BM. L’intégration d’un guidage linéaire et d’un entraînement à crémaillère extrêmement précis s’avère particulièrement utile dans les secteurs de la manutention et de l’automatisation, dans les applications de découpe au laser et au jet d’eau ainsi que pour les machines de traitement du bois.
Guidages linéaires avec système de mesure intégré
Les systèmes MONORAIL AMSD 4B, AMSA 4B, AMSD 3B, AMSA 3B et AMSA 3L sont des systèmes de mesure linéaires magnétorésistants intégrés à rouleaux ou à billes disponibles en version analogique ou numérique.
Le MONORAIL AMSABS est également un système de mesure magnétorésistant intégré. L’AMSABS 3B est basé sur un guidage linéaire à rouleaux, tandis que l’AMSABS 4B est basé sur un guidage linéaire à billes. Le MONORAIL AMSABS 3L est un système de mesure intégré pour des besoins de grandes longueurs. Toutes ces versions sont des systèmes de mesure du déplacement en version absolu.
Le MSQscale est un système de mesure optique incrémentiel composé du système de guidage MINISLIDE MSQ et de composants supplémentaires. Le système de mesure du déplacement MINISCALE PLUS est basé sur le guidage miniature MINIRAIL et a été développé pour des applications de travail ou les vitesses et les accélérations sont élevées.
Frequently Asked Questions about SCHNEEBERGER Profile Guideways
What are Profile Guideways?
SCHNEEBERGER profile guideways are compact, ready-to-install linear guidance systems, consisting of a profile rail and a rolling-guided carriage with closed recirculating rolling elements. They enable low-friction, backlash-free, and precise movement in the longitudinal direction and absorb forces and moments from all directions. Additionally, they can also fulfill driving and measuring functions through integrated gear racks and measuring systems.
What are the advantages of a roller guideway?
The SCHNEEBERGER MONORAIL roller guideway offers high rigidity, large load capacity, smooth running, and all-round sealing of the carriage. This enables better form accuracy and surface quality, as well as longer tool life, making it particularly economical and powerful for modern mechanical engineering.
What are the advantages of a ball guideway?
The SCHNEEBERGER MONORAIL ball guideway BM is characterized by excellent dynamic properties and high cost-effectiveness. Thanks to optimized design, it achieves smooth running, low friction, and high travel speeds. Additionally, the trapezoidal rail profile ensures high rigidity and reduced maintenance requirements.
What is the accuracy of profile guideways?
The accuracy of SCHNEEBERGER MONORAIL guideways significantly determines the precision of the entire machine. Various accuracy classes allow for adaptation to specific requirements. Tolerances and running accuracy are detailed in the product catalog.
What impact does preloading have on profile guideways?
Preloading ensures backlash-free operation and increases the rigidity of the guideway. However, it also influences the service life and resistance to movement. SCHNEEBERGER offers profile guideways in different preload classes, depending on the dynamic load rating.
What is the rigidity of a profile guideway?
The overall rigidity depends on the guide components and the surrounding structure. It is a key selection criterion for SCHNEEBERGER MONORAIL guideways and is presented in diagram form in the product catalog for tensile and compressive force directions.
What impact does lubrication have on profile guideways?
Adequate lubrication is essential for the function and service life of guideways. It reduces friction, protects against corrosion, minimizes running noise, and can also serve additional functions such as dissipating heat. Regular re-lubrication is necessary.
What types of seals are common for profile guideways?
Seals protect the guide carriages from foreign substances and prevent the loss of lubricants. Transverse and longitudinal wipers ensure sealing in the direction of movement, and additional scrapers can be used in cases of heavy contamination.
Which profile guideways are corrosion-resistant?
SCHNEEBERGER offers coated profile guideways with high corrosion resistance. For particularly demanding applications where corrosion must be avoided, the MONORAIL BM WR/SR products are available in corrosion-resistant steel.
Are there profile guideways with gear racks?
Yes, SCHNEEBERGER offers linear guideways with integrated rack-and-pinion drives. These systems are space-saving, easier to install, and offer economic advantages by eliminating the need for separate gear racks. Typical applications can be found in the fields of automation and mechanical engineering.
What is the service life of profile guideways?
The service life is determined by the distance traveled under a defined load before material fatigue occurs. The calculation is based on the dynamic load rating, the equivalent load, and the shape of the rolling elements.
What are Profile Guideways? //
What are the advantages of a roller guideway? //
What are the advantages of a ball guideway? //
What is the accuracy of profile guideways? //
What impact does preloading have on profile guideways? //
What is the rigidity of a profile guideway? //
What impact does lubrication have on profile guideways? //
What types of seals are common for profile guideways? //
Which profile guideways are corrosion-resistant? //
Are there profile guideways with gear racks? //
What is the service life of profile guideways? //
SCHNEEBERGER profile guideways are compact, ready-to-install linear guidance systems, consisting of a profile rail and a rolling-guided carriage with closed recirculating rolling elements. They enable low-friction, backlash-free, and precise movement in the longitudinal direction and absorb forces and moments from all directions. Additionally, they can also fulfill driving and measuring functions through integrated gear racks and measuring systems.
What are the advantages of a roller guideway? //
The SCHNEEBERGER MONORAIL roller guideway offers high rigidity, large load capacity, smooth running, and all-round sealing of the carriage. This enables better form accuracy and surface quality, as well as longer tool life, making it particularly economical and powerful for modern mechanical engineering.
What are the advantages of a ball guideway? //
The SCHNEEBERGER MONORAIL ball guideway BM is characterized by excellent dynamic properties and high cost-effectiveness. Thanks to optimized design, it achieves smooth running, low friction, and high travel speeds. Additionally, the trapezoidal rail profile ensures high rigidity and reduced maintenance requirements.
What is the accuracy of profile guideways? //
The accuracy of SCHNEEBERGER MONORAIL guideways significantly determines the precision of the entire machine. Various accuracy classes allow for adaptation to specific requirements. Tolerances and running accuracy are detailed in the product catalog.
What impact does preloading have on profile guideways? //
Preloading ensures backlash-free operation and increases the rigidity of the guideway. However, it also influences the service life and resistance to movement. SCHNEEBERGER offers profile guideways in different preload classes, depending on the dynamic load rating.
What is the rigidity of a profile guideway? //
The overall rigidity depends on the guide components and the surrounding structure. It is a key selection criterion for SCHNEEBERGER MONORAIL guideways and is presented in diagram form in the product catalog for tensile and compressive force directions.
What impact does lubrication have on profile guideways? //
Adequate lubrication is essential for the function and service life of guideways. It reduces friction, protects against corrosion, minimizes running noise, and can also serve additional functions such as dissipating heat. Regular re-lubrication is necessary.
What types of seals are common for profile guideways? //
Seals protect the guide carriages from foreign substances and prevent the loss of lubricants. Transverse and longitudinal wipers ensure sealing in the direction of movement, and additional scrapers can be used in cases of heavy contamination.
Which profile guideways are corrosion-resistant? //
SCHNEEBERGER offers coated profile guideways with high corrosion resistance. For particularly demanding applications where corrosion must be avoided, the MONORAIL BM WR/SR products are available in corrosion-resistant steel.
Are there profile guideways with gear racks? //
Yes, SCHNEEBERGER offers linear guideways with integrated rack-and-pinion drives. These systems are space-saving, easier to install, and offer economic advantages by eliminating the need for separate gear racks. Typical applications can be found in the fields of automation and mechanical engineering.
What is the service life of profile guideways? //
The service life is determined by the distance traveled under a defined load before material fatigue occurs. The calculation is based on the dynamic load rating, the equivalent load, and the shape of the rolling elements.