Indipendentemente dall’area nella quale vengono utilizzate, le guide lineari rappresentano una parte fondamentale dei vostri progetti.
Guide lineari con rulli – MONORAIL MR
Le caratteristiche principali della guida MONORAIL MR sono l’elevata rigidità, l’eccellente capacità di carico statico e dinamico, l’incredibile scorrevolezza del movimento e la totale protezione del carrello.
Guide lineari con guida a sfere – MINIRAIL e MONORAIL BM
La guida lineare miniaturizzata di precisione MINIRAIL è impiegata nell’automatizzazione industriale e di laboratorio. Le guide a sfere BM sono componenti affidabili per qualunque applicazione industriale come: le macchine alimentari, le tecnologie mediche, le camere bianche o le applicazioni sottovuoto. I prodotti MONORAIL BM WR/SR garantiscono un funzionamento degli assi lineari preciso, duraturo e senza problemi.
Guida lineare con trasmissione a pignone e cremagliera integrata – MONORAIL BZ
I MONORAIL BZ di SCHNEEBERGER sono sistemi di guide lineari ad alta precisione con trasmissione a cremagliera integrata, basati sulle famose guide lineari profilate MONORAIL BM con guida a sfere. I vantaggi derivanti dall’integrazione di una guida profilata e di una trasmissione a cremagliera estremamente precisa vengono utilizzati soprattutto nei settori della movimentazione e dell’automazione, negli strumenti di taglio laser e ad acqua e nelle macchine per la lavorazione del legno.
Guida lineare con sistema di misura integrato
I prodotti MONORAIL AMSD 4B, AMSA 4B, AMSD 3B, AMSA 3B e AMSA 3L sono sistemi di misura lineari magnetoresistenti integrati con rulli o sfere, disponibili in versione analogica o digitale.
Anche il MONORAIL AMSABS è un sistema di misura magnetoresistente integrato. L’AMSABS 3B è costituito da una guida lineare profilata a rulli, mentre l’AMSABS 4B è costituito da una guida lineare profilata a sfere. Il MONORAIL AMSABS 3L è un sistema di misurazione integrato di movimento assoluto.
L’MSQscale è un sistema di misura incrementale ottico composto dal sistema di giuda MINISLIDE MSQ e da componenti aggiuntivi. Il sistema di misura di movimento MINISCALE PLUS è fornito sulla guida miniaturizzata MINIRAIL ed è stato appositamente sviluppato per operazioni ad elevate velocità e con grandi accelerazioni.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.