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Guía con jaula de agujas

Máxima capacidad de carga, rigidez y precisión: guías con rodamientos de agujas de tipo N/O y M/V con y sin jaula asistida

Nuestras guías lineales con jaulas de agujas están disponibles en dos tipos diferentes:

Las guías lineales de tipo N/O están equipadas con jaulas de agujas y son especialmente adecuadas para aplicaciones de alta carga.  Además, el procedimiento de instalación es el mismo que el de los tipos R y RN. En comparación con guías de agujas similares, se observan valores inferiores de resistencia al desplazamiento gracias al uso de la jaula de material compuesto SCHNEEBERGER, que está fabricada en acero y plástico.

La guía lineal de tipo M/V es como nuestro tipo N/O, pero se diferencia por sus dimensiones externas. Esta guía de rodillos es también especialmente adecuada para cargas elevadas y se caracteriza por su baja resistencia al desplazamiento.


Frequently Asked Questions about SCHNEEBERGER Linear Guideways Type N/O and M/V with Needle Cages

SCHNEEBERGER's linear guideways types N/O and M/V with needle cages are high-precision linear guides specifically designed for applications that require high loads and precise, low-friction movement. They are ideal for demanding industrial environments.

Linear guideways with needle cages are distinguished by their high load capacity and precision, combined with extremely low friction. They are particularly suitable for applications in the machine tool industry, automation, and semiconductor manufacturing, where stability and precise positioning are critical.

Both N/O and M/V linear guideways offer maximum stiffness and precision thanks to needle cage technology. The main difference lies in the cross-section and mounting holes, with the M/V guideways having a different cross-section compared to the N/O types.

Installation requires precise alignment and mounting according to SCHNEEBERGER's instructions. Maintenance includes regular cleaning, lubrication, and inspections to ensure proper functioning and a long service life. SCHNEEBERGER provides comprehensive guidelines for this.

These linear guideways are used in areas that demand the highest load capacity and precision, such as machine tools, robotics, precision measurement technology, and laser material processing. They are indispensable for industrial applications requiring maximum stiffness with precise movement.

What are linear guideways types N/O and M/V with needle cages? //

SCHNEEBERGER's linear guideways types N/O and M/V with needle cages are high-precision linear guides specifically designed for applications that require high loads and precise, low-friction movement. They are ideal for demanding industrial environments.


What advantages do linear guideways with needle cages offer? //

Linear guideways with needle cages are distinguished by their high load capacity and precision, combined with extremely low friction. They are particularly suitable for applications in the machine tool industry, automation, and semiconductor manufacturing, where stability and precise positioning are critical.


How do the N/O and M/V types differ? //

Both N/O and M/V linear guideways offer maximum stiffness and precision thanks to needle cage technology. The main difference lies in the cross-section and mounting holes, with the M/V guideways having a different cross-section compared to the N/O types.


How are these linear guideways installed and maintained? //

Installation requires precise alignment and mounting according to SCHNEEBERGER's instructions. Maintenance includes regular cleaning, lubrication, and inspections to ensure proper functioning and a long service life. SCHNEEBERGER provides comprehensive guidelines for this.


In which applications are N/O and M/V linear guideways most commonly used? //

These linear guideways are used in areas that demand the highest load capacity and precision, such as machine tools, robotics, precision measurement technology, and laser material processing. They are indispensable for industrial applications requiring maximum stiffness with precise movement.