Acciaio Componenti per movimento lineare M5

In questa gamma in cui sono utilizzati insieme alle madreviti, troverete una vasta serie di dadi quadrati per soddisfare ogni esigenza: dadi quadrati in bronzo con fori di fissaggio, dadi quadrati di ottone, dadi quadrati di acciaio e dadi quadrati di acciaio con fori di fissaggio.

• I dadi quadrati di bronzo con fori passanti sono utilizzati quando serve un collegamento solido e sicuro. Forniscono stabilità e resistenza, e sono quindi adatti per applicazioni di media intensità. Comprendono fori passanti adatti a viti a testa cilindrica.
• Il dado quadrato in ottone è utilizzato nelle applicazioni in cui sono presenti carichi piuttosto leggeri. Robusto, resiste a corrosione, umidità e altri elementi.
• I dadi quadrati in acciaio sono utilizzati nelle applicazioni che richiedono bassa velocità di rotazione, controllo manuale, serraggio o chiusura.
• I dadi quadrati in acciaio con fori sono utilizzati per le applicazioni con basse velocità di rotazione, controllo manuale e chiusura. Comprendono fori passanti adatti a viti a testa cilindrica.
  

Questi elementi sono utilizzati in numerose applicazioni industriali come il settore automobilistico, aerospaziale e delle apparecchiature mediche. Disponibili come dadi quadrati standard con filettatura destrorsa standard e con filettatura sinistrorsa.

Nota: le superfici con contatto acciaio-acciaio non sono adatte per il movimento motorizzato

• Materiale: bronzo (CuSn7ZnPb), acciaio (EN 10277-3, 11SMnPb37), ottone (EN 12164, CW614N-M).
• ISO 2901/2903 e DIN 103.

These Linear Guide rails are a linear motion-bearing system used to guide and support moving components in a linear direction. Linear guide rails are made up of two major components: a rail and a carriage. The rail is a long, straight beam attached to a permanent surface. The carriage is a moving block that goes along the rail. The carriage comprises bearings that make contact with the rail and offer low-friction linear motion.

These rails are used in applications requiring high accuracy, low friction and smooth movements. It can sustain dynamic loads while accounting for impact, vibration, and fatigue.

In general, the carriages will be delivered to the tracks individually. To put the carriage onto the tracks, bring it up to the rails and slide it onto the rail. It is widely utilised in high-load and accurate applications throughout the industry, including medical devices, semiconductor production equipment, and industrial automation equipment.

• Used to guide and support moving components in a linear direction.
• Made up of two components a rail and a carriage.
• It can sustain dynamic loads while accounting for impact, vibration, and fatigue.

Material: Steel

These low-profile unflanged carriages are linear bearings used for heavy-duty and precise linear motion applications. They give precision, stability, and dependability. The four row contact with the mating rail offers the same load capacity capabilities regardless of the load pressing into the carriage or hanging from it.

The unflanged design provides a more compact solution but can only be mounted to from the top. The carriages' ball retainers allow for a quieter operation whilst improving lubrication of the system. It also ensures the balls remain in place should the carriage be removed from the rail in error.

Its low profile provides an even smaller compact solution when compared again the standard unflanged linear carriages. It is used in many applications, including special purpose equipment, automation, material handling systems, medical devices, etc.

• It gives precision, stability, and dependability.
• Unflanged design provides a more compact solution when compared against the flanged carriages.
• Its low profile provides an even smaller compact solution when compared to standard unflanged linear carriages.

Material: Steel

These low-profile unflanged carriages are linear bearings used for heavy-duty and precise linear motion applications. They give precision, stability, and dependability. The four row contact with the mating rail offers the same load capacity capabilities regardless of the load pressing into the carriage or hanging from it.

The unflanged design provides a more compact solution but can only be mounted to from the top. The carriages' ball retainers allow for a quieter operation whilst improving lubrication of the system. It also ensures the balls remain in place should the carriage be removed from the rail in error.

The carriages are supplied on dummy blocks which must be offered up to the edge of the rail the carriage is going onto during installation. Slide the carriage from the dummy block onto the rail to ensure no damage can occur. It is used in many applications, including special purpose equipment, automation, material handling systems, medical devices, etc.

• It gives precision, stability, and dependability.
• Unflanged design provides a more compact solution but can only be mounted to from the top.
• The carriages' ball retainers allow for a quieter operation whilst improving lubrication of the system.

Material: Steel