Motorized Micromanipulator M-LSM025A025A025ALHF-M02T4
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Ships from:
Canada
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On FindLight:
since 2016
Description
Zaber's Motorized Micromanipulator Series represents a significant advancement in simplifying motion control for precision applications. These cutting-edge devices are designed as stand-alone units, offering the flexibility of either joystick or computer control. Whether mounted on metric or imperial optical breadboards, these micromanipulators can be oriented to the left or right, ensuring seamless integration into various setups.
The innovative probe holders of these micromanipulators are engineered for quick and easy adjustments, accommodating a range of probe sizes and angles. The left thumbscrew on the holder allows for secure adjustment of probe diameters between 2 and 13 mm, locking them firmly in place. Additionally, the front face of the holder can be rotated to set the desired angle for the probe, with the top thumbscrew ensuring a stable lock. This thoughtful design enhances user convenience and precision during operations.
Connectivity is a breeze with the X-MCB2 and X-MCB1 controllers, which can be easily connected to the RS-232 or USB port of any computer. This ensures a straightforward setup process, allowing users to focus on their work rather than technical hurdles. The integration of these controllers facilitates smooth and efficient motion control, enhancing the overall user experience.
Motorized Micromanipulator M-LSM025A025A025ALHF-M02T4
Specifications |
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|---|---|
| Axes Of Motion: | One |
| Travel Range: | 25.4 mm |
| Max Speed: | 14 mm/s |
| Guiding Mechanism: | Other |
| Voltage Requirement: | DC 24V |
| Thrust: | 15 N |
| Resolution: | 0.05 µm |
| Microstep Size: | 0.047625 µm |
| Accuracy: | 8 µm |
| Minimum Speed: | 0.00022 mm/s |
| Speed Resolution: | 0.00022 mm/s |
| Encoder Type: | None |
| Communication Interface: | RS-232 |
| Communication Protocol: | Zaber Binary or Zaber ASCII |
| Guide Type: | Needle roller bearing |
| Vertical Runout: | < 8 µm |
| Horizontal Runout: | < 12 µm |
| Pitch: | 0.02° |
| Roll: | 0.005° |
| Yaw: | 0.02° |
| Probe Diameter Range: | 2-13 mm |
| Probe Angle Range: | 360° |
| Linear Motion Per Motor Rev: | 0.6096 mm |
| Motor Steps Per Rev: | 200 |
| Motor Type: | Stepper (2 phase) |
| Inductance: | 1.7 mH/phase |
| Axes Of Motion: | 3 |
| Vacuum Compatible: | No |
| Operating Temperature Range: | 0 to 50 °C |
| Stage Parallelism: | < 25 µm |
| Joystick Control: | Velocity Mode |
| Weight: | 0.952 kg |
Features
- Adjustable Probe Holder: Easily adjust for probe size (2-13 mm) and angle with quick-locking thumbscrews.
- Speed and Thrust: Achieve up to 14 mm/s speed and 15 N thrust for efficient motion control.
- Plug and Play: Includes controllers and joystick for immediate use.
- High Precision Travel: 25 mm travel in XYZ axes with resolution finer than 0.05 µm.
- 4th Virtual Axis: Programmable or joystick-activated for precise probe approach along the probe angle.
- Versatile Mounting: Compatible with metric and imperial optical breadboards, mountable to the left or right.
- Easy Connectivity: Connects via RS-232 or USB with X-MCB2 and X-MCB1 controllers.
- Precision and Accuracy: Microstep size of 0.047625 µm, unidirectional accuracy of 8 µm, and repeatability of < 1 µm.
- Robust Communication: Supports Zaber Binary or ASCII protocols for seamless integration.
- High-Quality Components: Features needle roller bearings and precision lead screw drive system.
- Environmental Compatibility: Operates within 0 to 50 °C temperature range.
- Compliance: RoHS and CE compliant for safety and reliability.
- Joystick Control: Velocity mode for intuitive and responsive operation.
- Lightweight Design: Weighs only 0.952 kg, making it easy to handle and install.
Applications
- Microelectronic Probing: Enables precise manipulation and probing of micro-scale electronic components.
- Neuroscience Experiments: Supports accurate electrode positioning for neural recording and stimulation.
- Life Sciences Research: Ideal for microinjection, cell manipulation, and microdissection tasks.
- Precision Assembly: Facilitates fine part placement and alignment in micro-assembly applications.
- Microscale Testing: Suitable for force measurement, surface interaction, and material testing at micro scales.
Frequently Asked Questions
The Motorized Micromanipulator M-LSM025A025A025ALHF-M02T4 is used for motion control.
The Motorized Micromanipulator M-LSM025A025A025ALHF-M02T4 can be either joystick or computer controlled.
The micromanipulator can adjust for probe diameters between 2 and 13 mm.
The micromanipulator's travel in the XYZ axes has a resolution finer than 0.05 µm.
The maximum speed of the micromanipulator is 14 mm/s.