Share:


MX-AC-SHR (Special Specification)



X axis Hi-Resolution manual stage
Single axis-X axis


Table size : 76x64 (mm)
Travel stroke : Please refer to the specifications. Feed position-Central feeding ★ Guide-Crossed Roller Guide. It is composed of precise crossed rollers with hardened steel formed precisely to be V-grooves rail guides to create linear motion element in high accuracy. It is suitable for limited stroke linear motion system with high rigidity, mid-hard load and spry moment. ★ Transmission Parts-Micrometer head (unit-0.01mm) It is suitable for precise tuning. ★ Material- Aluminum alloy

 

Specification

MX764-AC-SHR

Axis

X Axis

Table Size (mm)

76 × 64

Travel Stroke (mm)

±6.5

Guide Device

Crossed Roller Leading

Loading (Kgf)

1.5

 

Slide Way

Structure

Characteristic

Application

Moving Accuracy

Load Capacity

Rigidity

Crossed Roller

The slide rail consists of two hardened V-grooves with fine ground surface and crossed roller bearings.

Suitable for precise movement devices requiring high accuracy and high capacity, optical instruments for precise gauging and fine tuning, various machine tools, gauging instruments, precise positioning, quantitative movement, etc.

Precise movement devices, optical instruments, machine tools, gauging instruments, precise positioning equipment

Excellent

Excellent

Excellent

Linear Ball

Slide way and body are integrated into one unit, with Gothic arc-grooves precisely ground to achieve high parallelism and flatness. The ball assembly provides four-point contact for a strong rail construction. SUS-STAGE models use a ball assembly fitted into the arc-groove, eliminating traditional adjustment and revision.

Applied to precise positioning devices requiring high accuracy and medium capacity, integrated product and design systems, optical experiments, precise transportation and fine-tuning mechanisms.

Precise positioning devices, integrated systems, optical experiments, precise transportation and fine-tuning mechanisms

Excellent

Good

Good

Dovetail Type

Dovetail Plane-Pinion and Rack: Mainly brass or aluminum alloy. Rack-and-pinion driven adjustment for higher working frequency, faster movement and larger stroke. Screw-Driven Plane: Mainly brass. Screw-shaft driven adjustment for lower-frequency and fine-tuning applications.

Suitable for applications requiring either fast movement and larger stroke or lower-frequency fine adjustment, depending on the drive type.

Optical instruments, samplers, detecting devices, semiconductor manufacturing equipment, test machines, microscopes, transit machines, machining centers, medical instruments, printers, etc.

Fair

Good

Excellent

XY Simplified Stage

Round sticks on two sides support the middle transmission construction. Feeding Screw Type: Push-and-press screw movement with spring tension to restrain backlash, suitable for light loading and accurate feeding. Threading Type: Stage table moves through a thread crossed through the table, suitable for heavier loading than the feeding screw type.

Designed for simple adjustment applications where extremely high positioning accuracy is not required.

Fixtures, cameras, sensors, nozzles and conveyor guiding grooves

Fair

Fair

Fair

 

Main Feeding Mode

Characteristics

A Circle Movement of Handle Rotation

Applied for Guiding Device

Rack and Pinion

Suitable for high-speed mass feeding. Not suitable for precise positioning.

17–20 mm

Dovetail

Feeding Screw

Uses a precise thread screw pitch to achieve simple and precise movement.

0.25–1 mm

Dovetail; Crossed Roller; Linear Ball Bearing

Micrometer Head

Precise reading unit: 0.01 mm, suitable for precise tuning.

0.5 mm

Dovetail; Crossed Roller; Linear Ball Bearing

Rough Slightly Moving Micrometer Head

Divided into rough moving (general feeding) and slight moving (micro feeding). Special feeding device with higher cost. Uses a differential motion structure for slight transmission.

Coarse tuning: 0.5 mmFine tuning: 0.025 mm

Linear Ball Bearing; Crossed Roller

 



 Inquiry - MX-AC-SHR (Special Specification)