THK SRS7S Linear Guide Block
Caged Ball LM Guide model SRS has a structure where two raceways are incorporated into the compact
body, enabling the model to receive loads in all directions, and to be used in locations where a moment
is applied with a single rail. In addition, use of ball cages eliminates friction between balls, thus
achieving high speed, low noise, acceptable running sound, long service life, and long-term
maintenance-free operation
THK SRS5GN Linear Guide Block
Caged Ball LM Guide model SRS has a structure where two raceways are incorporated into the compact
body, enabling the model to receive loads in all directions, and to be used in locations where a moment
is applied with a single rail. In addition, use of ball cages eliminates friction between balls, thus
achieving high speed, low noise, acceptable running sound, long service life, and long-term
maintenance-free operation
THK SRS5N Linear Guide Block
Caged Ball LM Guide model SRS has a structure where two raceways are incorporated into the compact
body, enabling the model to receive loads in all directions, and to be used in locations where a moment
is applied with a single rail. In addition, use of ball cages eliminates friction between balls, thus
achieving high speed, low noise, acceptable running sound, long service life, and long-term
maintenance-free operation
THK SRS5GM Linear Guide Block
Caged Ball LM Guide model SRS has a structure where two raceways are incorporated into the compact
body, enabling the model to receive loads in all directions, and to be used in locations where a moment
is applied with a single rail. In addition, use of ball cages eliminates friction between balls, thus
achieving high speed, low noise, acceptable running sound, long service life, and long-term
maintenance-free operation
THK SRS5M Linear Guide Block
Caged Ball LM Guide model SRS has a structure where two raceways are incorporated into the compact
body, enabling the model to receive loads in all directions, and to be used in locations where a moment
is applied with a single rail. In addition, use of ball cages eliminates friction between balls, thus
achieving high speed, low noise, acceptable running sound, long service life, and long-term
maintenance-free operation
NRS30LCX THK Linear Guide Rail Slide Block
Balls roll in four rows of raceways precision-ground on an LM rail and an LM block, and endplates
incorporated in the LM block allow the balls to circulate. The raceways are cut into deep grooves
that have a radius closer to that of the balls than in the conventional design, using special equipment and an extremely precise cutting technique. This design allows high rigidity, high vibration/impact resistance and high damping capacity, all of which are required for machine tools, thus making
these models capable of bearing ultra-heavy loads
NRS65LCX THK Linear Guide Rail Slide Block
Balls roll in four rows of raceways precision-ground on an LM rail and an LM block, and endplates
incorporated in the LM block allow the balls to circulate. The raceways are cut into deep grooves
that have a radius closer to that of the balls than in the conventional design, using special equipment and an extremely precise cutting technique. This design allows high rigidity, high vibration/impact resistance and high damping capacity, all of which are required for machine tools, thus making
these models capable of bearing ultra-heavy loads
NRS65CX THK Linear Guide Rail Slide Block
Balls roll in four rows of raceways precision-ground on an LM rail and an LM block, and endplates
incorporated in the LM block allow the balls to circulate. The raceways are cut into deep grooves
that have a radius closer to that of the balls than in the conventional design, using special equipment and an extremely precise cutting technique. This design allows high rigidity, high vibration/impact resistance and high damping capacity, all of which are required for machine tools, thus making
these models capable of bearing ultra-heavy loads
NRS55LCX THK Linear Guide Rail Slide Block
Balls roll in four rows of raceways precision-ground on an LM rail and an LM block, and endplates
incorporated in the LM block allow the balls to circulate. The raceways are cut into deep grooves
that have a radius closer to that of the balls than in the conventional design, using special equipment and an extremely precise cutting technique. This design allows high rigidity, high vibration/impact resistance and high damping capacity, all of which are required for machine tools, thus making
these models capable of bearing ultra-heavy loads
NRS55CX THK Linear Guide Rail Slide Block
Balls roll in four rows of raceways precision-ground on an LM rail and an LM block, and endplates
incorporated in the LM block allow the balls to circulate. The raceways are cut into deep grooves
that have a radius closer to that of the balls than in the conventional design, using special equipment and an extremely precise cutting technique. This design allows high rigidity, high vibration/impact resistance and high damping capacity, all of which are required for machine tools, thus making
these models capable of bearing ultra-heavy loads
NRS45LCX THK Linear Guide Rail Slide Block
Balls roll in four rows of raceways precision-ground on an LM rail and an LM block, and endplates
incorporated in the LM block allow the balls to circulate. The raceways are cut into deep grooves
that have a radius closer to that of the balls than in the conventional design, using special equipment and an extremely precise cutting technique. This design allows high rigidity, high vibration/impact resistance and high damping capacity, all of which are required for machine tools, thus making
these models capable of bearing ultra-heavy loads
NRS45CX THK Linear Guide Rail Slide Block
Balls roll in four rows of raceways precision-ground on an LM rail and an LM block, and endplates
incorporated in the LM block allow the balls to circulate. The raceways are cut into deep grooves
that have a radius closer to that of the balls than in the conventional design, using special equipment and an extremely precise cutting technique. This design allows high rigidity, high vibration/impact resistance and high damping capacity, all of which are required for machine tools, thus making
these models capable of bearing ultra-heavy loads
