Description
Product Description
- The combination of Ø8mm ball screw and dual linear guide rails delivers smooth motion, high positioning accuracy and excellent anti-torque performance;
- Bidirectional repeatability of ±2μm, repeat accuracy of ±5μm, and minimum resolution ≤1μm;
- Recommended for use with the OSMC-1U single-axis controller or O’motion 4-axis motion controller;
- Supports communication and interaction with host computer programs via USB serial port, adopting the ASCII O’motion command set as the communication protocol;
- Allows the development of host computer control programs on Windows/Linux/MacOS/Android and other operating systems for cross-platform applications;
- Provides a Windows version of the host computer control program sample and communication protocol documents for convenient secondary development or system integration by users.
The LMTS-15G motorized focusing stage enables high-precision vertical positioning, making it suitable for optical focusing, vertical sample positioning, high-precision alignment and other scenarios.
| LMTS-15G Motorized Focusing Stage | |
| Model | LMTS-15G |
| Specifications | 80.078.545.0mm |
| Total Travel | ±7.5mm |
| Screw Type | Ø8mm precision ball screw, 1mm lead |
| Guide Rail Type | Dual linear guide rails |
| Maximum Load | 1.5kg (with mounting arm installed) |
| Weight | 748.0g |
| Accuracy Specifications* | |
| Maximum Vertical Speed* | 1.2mm/s (joystick control) |
| Minimum Jog Speed* | ≤1μm (handwheel control) |
| Minimum Resolution* | ≤1μm (handwheel control) |
| Bidirectional Repeatability* | ±2μm |
| Repeat Accuracy* | ±5μm |
| Backlash* | 0.01mm (gear clearance of stepping motor reducer) |
| Motor & Sensor Specifications | |
| Motor Type | 20BYG geared stepping motor, reduction ratio 5.1:1 |
| Step Angle | 1.8° |
| Microsteps | 51200 |
| Sensor Type | Slot-type photoelectric sensor (NPN normally open, high level active) |
| Operating Voltage | DC 12V |
| Operating Current | 2A |
| Recommended Driver/Controller | OSMC-1U single-axis stepping controller, O’motion 4-axis motion control system (OM-4X control driver & OM-4CP operation handle) |
| Note*: The maximum and minimum motion speeds and jog distance depend on the pulse frequency and settings of the motion controller. Therefore, the parameters marked with * above are all test results obtained with the Oeabt® O‘motion 4-axis motion control system. |
| OSMC-1U Single-axis Stepping Controller | |
| Model | OSMC-1U |
| Drive Voltage | DC 12V-24V |
| Drive Current | 2A Max |
| Drive Type | 16 bit PWM control |
| Control Algorithm | PID |
| High-Resolution Stepping | 51200 microsteps per revolution for 1.8° step angle two-phase motors |
| Subdivision Multiple | 16X-256X (software adjustable) |
| Encoder Feedback Bandwidth | 500 Hz |
| Position Counter | 32 bit |
| Operating Modes | Position, Speed, Motion Cycle |
| Acceleration/Deceleration Mode | S-curve |
| External Trigger Control | Frequency recognition |
| Power-off Memory | Equipped, position retention |
| Communication Protocol | Open ASCII command |
| Supported Systems | Cross-platform |
| Secondary Development SDK | Protocol documents |
| Motor Connector | D-sub 26 (MDR20 for open-loop control) |
| Motor Drive Output | DC two-phase |
| Quadrature Encoder (QEP) Input | PID closed-loop control |
| Limit Switch Input | Positive limit, Zero position limit |
| Encoder Power Supply | DC 5V |
| Front Panel Controls | |
| Joystick | Hall stepless speed regulation |
| Input Power Requirements | |
| Voltage | DC 12V-24V |
| Maximum Output Current | 2A Max |
| Housing Dimensions | 76.074.247.0mm |
| Weight | 183.5g |
| Note*: For pulse width recognition, a dedicated complex signal generator is required to generate signals with different pilot pulse widths to determine the motion direction, and the motion speed is adjusted according to the pulse frequency. For frequency recognition, the motion direction is determined only by the frequency level, and the speed follows the user’s global speed setting (1-8x). Therefore, the requirements for user signals are simple, with only frequency modulation characteristics needed. |
Technical Description
(1) The integration of a Ø8mm precision ball screw and dual linear guide rails ensures outstanding motion smoothness, anti-torque capacity and positioning accuracy, with a repeat accuracy of ±5μm. It is recommended to be used with the OSMC-1U single-axis controller or O’motion series 4-axis controllers.
(2) The stage features both motorized and manual operation modes, with a power-off position memory function that eliminates the need for re-zeroing after restart. In terms of system integration, the stage supports USB serial communication and adopts the standard ASCII O’motion command set, being compatible with multiple operating systems including Windows, Linux, MacOS and Android, which offers users a convenient cross-platform development experience. A Windows version of the host computer control program sample and complete communication protocol documents are provided with the product to facilitate secondary development and system integration for users.
(3) When used with the OSMC-1U motion controller, it supports a variety of motion modes including jog, creep and Hall stepless speed regulation control. The communication bus and power hub are specially designed for the operation of Oeabt series C-module controllers, supporting cascading to connect multiple controllers.
Assembly
Application Examples
