Overview: NIASA's Linear Tables are versatile units for manual or CNC operation, suitable for mechanization and robotic systems. They can be combined with rotary devices for radial positioning.

Specifications: Equipped with high precision recirculating ball guideways, these tables offer smooth, low noise operation. They can be assembled on multiple axes for efficient heavy load transfer, using high precision rolled or ground ball screws based on positioning tolerance and speed.

Useful Life and Selection Process: The useful life is calculated using a formula considering load capacity, working conditions, movement type, and force application, recommending a minimum of 500,000 meters for smooth operation.

Torque and Power Calculation: Formulas are provided for calculating total torque and motor power, factoring in motor, ball screw, slide inertia, and resisting torque.

Maintenance and Protection: Regular lubrication is necessary, with a recommended greasing period of 400-800 hours. Bellows can protect but reduce stroke length.

Standard Linear Tables (MLS): Compact tables for heavy loads, capable of working on all axes, with optional protecting bellows and preloaded double nuts to eliminate free movement.

Wide Linear Tables (MLA): Designed for larger bearing areas, offering increased stability, with the MLA-RL version allowing simultaneous opposite movements.

Covered Linear Tables (MLC): Similar to standard tables but with a metal cover for enhanced protection, suitable for manual or CNC command.

Technical Data and Dimensions: Detailed dimensions and technical data are provided for sizes 1020, 1532, and 3040, including load capacities and maximum speeds.

Belt-Driven Linear Table MLK: Features a protecting metal plate, operates at high speeds with a belt and pulley system, suitable for hostile environments and medium/heavy loads.

Linear Guide with Rack GLC: Translation units with no travel limitation, equipped with precision ball guides for heavy loads, suitable for high precision and low noise applications.

Application Examples: Includes various execution examples with different coordinate and axis configurations.

Conclusion: The document provides comprehensive technical data for selecting and implementing NIASA's linear motion systems, highlighting their adaptability to different environments and load requirements.