Electric Actuator Slide Tables
LES and LESH integrate a work table, linear guide and a motor driven linear ball screw. The work table offers top and front load mounting surfaces. Underneath, the linear guide maintains positional accuracy and supports moment loading.
LES Slide Table, Compact, Incremental Encoder
The LES compact electric slide table features a motor and ball screw drive system designed to reduce both weight and height. It utilizes a formed sheet metal table construction which allows for a lower mounting surface compared to heavier-duty models, making it a space-efficient choice for general-purpose positioning. Customers can choose from basic, symmetrical, or in-line motor configurations to best suit their machine layout.
LESH Slide Table, High Rigidity, Incremental Encoder
The standard LESH is a heavy-duty electric actuator designed for industrial applications where mechanical deflection must be kept to a minimum. It features a robust machined table and an integrated linear guide system that provides higher rigidity than the standard sheet metal designs found in the LES series. This structural strength makes it the preferred choice for vertical lifting or press-fitting operations where the load may be offset from the center of the table. To provide maximum design flexibility, the motor can be mounted in parallel (top, left, or right) or in an in-line configuration to accommodate the available footprint of the machine.
LES Slide Table, Compact, Battery-less Absolute Encoder
This iteration of the LES Series incorporates a battery-less absolute encoder, which significantly improves operational efficiency by eliminating the need for homing cycles. This technology also removes the environmental waste and maintenance labor associated with replacing backup batteries. It is particularly effective for high-dynamic applications, as it supports accelerations up to 10,000 mm/s² while ensuring the system remains maintenance-free over long periods.
LESH Slide Table, High Rigidity, Battery-less Absolute Encoder
The LESYH-G represents the pinnacle of the slide table range, offering a high-performance solution that combines precision mechanics with a battery-less absolute encoder. This model is engineered to provide up to five times the vertical workload capacity of previous generations while maintaining a strict positioning repeatability of ± 0.01 mm. The series is fully compatible with various industrial Ethernet protocols, facilitating seamless integration into modern smart factories.
LESYH, Electric Slide Table, High Precision Type, Battery-less
The LESYH is a high-precision version of the electric slide table, featuring a specialized guide and screw system to achieve superior positioning accuracy and smoothness. It is designed for applications where even minute deviations can affect product quality, such as semiconductor manufacturing or delicate electronic assembly. The H designation highlights its focus on high-rigidity and fine-tuned precision.
LESYH*G, High Precision Slide Table, High Performance with Battery-less Absolute Encoder
This model combines the high-precision mechanical structure of the LESYH with a high-performance motor to deliver both extreme accuracy and increased speed. By utilizing the G series motor and controller, it reduces cycle times for high-precision tasks, making it one of the most capable slide tables in our catalog. It is the top-tier choice for high-speed, high-accuracy production lines.
LEPS, Electric Slide Table, Miniature Type
The LEPS miniature electric slide table provides a compact and lightweight solution for small-scale automation tasks. With a total body width of only 21mm, it is designed for palm-sized precision in laboratory or electronic assembly environments. This actuator is highly versatile in terms of installation, as it can be mounted from the top, bottom, or side to fit into narrow machinery clearances.
LAT3, Card Motor
The LAT3 Card Motor is an ultra-compact linear motor actuator engineered for high-speed micro-positioning in extremely tight spaces. This unit is remarkably thin at only 9mm and roughly the size of a credit card, yet it manages to combine a linear motor, a recirculating ball guide, and a displacement sensor into a single high-performance package. It is ideal for the delicate assembly of electronic components or lens positioning.