High-Speed Direct-Drive Linear Stage

The MP-DDS-12-4-0.5 is a high-performance direct-drive linear stage that employs moving-coil voice-coil motor technology for direct drive, and integrates a high-precision linear analogue encoder and a motion controller to achieve high speed, high acceleration, and high-precision positioning control. The stage uses crossed-roller bearings for guidance, offering excellent motion smoothness, rigidity, and repeatability. It is suitable for high-speed scanning, precision inspection, optical alignment, semiconductor manufacturing, and other applications. The built-in controller allows motion control via an RS-232 interface without the need for an external driver, enabling rapid integration into automated equipment and precision motion systems.

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High-Precision Direct-Drive Linear Stage

The MP-DDS-10-8-0.05 is a high-precision, single-axis linear stage that employs moving-magnet voice-coil motor direct-drive technology, offering a travel range of 10 mm. The stage features a built-in high-resolution linear analogue encoder that directly measures the actual position of the moving table, enabling nanometre-level position feedback, fast response, and excellent repeatability. By eliminating mechanical transmission components such as lead screws, gears, and belts, the motor’s thrust is applied directly to the motion platform, which reduces backlash, friction, wear, and transmission errors. When paired with the recommended MCC/X‑MCC 48 V controller, the stage is well suited for rapid point-to-point positioning, precision scanning, and multi-axis coordinated motion. The stage uses anti-creep crossed-roller bearings for guidance, ensuring high motion accuracy, structural rigidity, and long-term stability. It is ideal for applications including microscopy, optical alignment, semiconductor inspection, nanopositioning, and precision automation equipment.

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Precision Motorized Linear Translation Stage

This product is a high-precision, single-axis motorized linear translation stage. It features a precision ball-bearing guide and a precision lead-screw drive system, powered by a 2-phase stepper motor. The stage achieves sub-micrometer positioning accuracy and stable repeatability. It is suitable for applications such as optical experiments, laser processing, precision inspection, semiconductor equipment, biomedical instruments, and automated precision positioning. The stage supports magnetic Hall-effect limit sensing, and offers a compact design, smooth motion, high thrust, and excellent positioning accuracy. It can be paired with a 48 V motion controller for high-performance motion control.

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High-Precision Stepper Motor Leadscrew-Driven Linear Positioning Stage

The MP-LS-10-18-1 is a high-precision single-axis linear positioning stage that combines a two-phase stepper motor with a precision leadscrew drive. It provides reliable, short-stroke motion control for optical experiments, automation equipment, and precision positioning systems. Equipped with ball guideways and Hall-effect magnetic sensor limit switches, the stage achieves micron‑level repeatability, making it suitable for research and industrial applications that demand high thrust, high stability, and accurate positioning.

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High-Precision Voice Coil Motor Linear Motion Stage

The MP-LS-10-8-0.05 is an integrated high-precision voice coil motor linear positioning stage, designed for nanometer-scale positioning and high-speed precision motion control applications. It employs moving-magnet voice coil drive technology, combined with a linear analog encoder and cross-roller guideways, to achieve high resolution, high repeatability, and stable motion performance. The stage incorporates a built-in motion controller, which can be controlled via an RS‑232 communication interface and supports the Zaber ASCII communication protocol. It is suitable for research experiments, optical system integration, semiconductor equipment, and precision automation applications.

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1064nm 10mW Benchtop DFB Laser Source with Software Control

The desktop DFB light source with software control features a control system based on an advanced microprocessor. Combined with high-precision ATC and ACC (APC) control circuits, it achieves highly stable laser output while ensuring quick and intuitive control of the light source. We can also provide corresponding communication interfaces and control software according to user requirements, enabling computer control. This light source features a one-button recovery function (Run/Stop button), which can effectively help customers return to their previous working state.

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1030nm 10mW Benchtop DFB Laser Source with Software Control

The desktop DFB light source with software control features a control system based on an advanced microprocessor. Combined with high-precision ATC and ACC (APC) control circuits, it achieves highly stable laser output while ensuring quick and intuitive control of the light source. We can also provide corresponding communication interfaces and control software according to user requirements, enabling computer control. This light source features a one-button recovery function (Run/Stop button), which can effectively help customers return to their previous working state.

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1083nm 10mW Benchtop DFB Laser Source with Software Control

The desktop DFB light source with software control features a control system based on an advanced microprocessor. Combined with high-precision ATC and ACC (APC) control circuits, it achieves highly stable laser output while ensuring quick and intuitive control of the light source. We can also provide corresponding communication interfaces and control software according to user requirements, enabling computer control. This light source features a one-button recovery function (Run/Stop button), which can effectively help customers return to their previous working state.

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O‑Band 1310nm Electronically Tunable Fiber Laser

The fiber laser employs a proprietary design. The laser mainly consists of a gain block and a frequency‑selection engine. Each component can be configured according to specific requirements, which leaves ample flexibility for achieving variations in tuning range and optical output power. Wavelength tuning is accomplished either by manually adjusting a micrometer or by a micro‑motor controlled via a PC through a USB interface. Fast setup, small footprint, rapid scanning, wide tuning range, and availability in the X, O, SC, and L bands make this laser a cost‑effective source for R&D and laboratory purposes in various tests related to wavelength measurement, such as DWDM components, fiber Bragg gratings, and FBG sensor interrogation.

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1570nm 40 dBm wavelength single mode fiber coupled laser

The 1570nm single-wavelength laser uses a high-performance butterfly-shaped semiconductor laser chip. Professionally designed drive and temperature control circuits ensure the safe operation of the laser, stable output power, and spectrum. It is suitable as a pump laser source for thulium-doped fiber lasers or fiber amplifiers and can be provided in desktop or modular packages.

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O‑Band 1310nm Manually Tunable Fiber Laser

The fiber laser employs a proprietary design. The laser mainly consists of a gain block and a frequency‑selection engine. Each component can be configured according to specific requirements, which leaves ample flexibility for achieving variations in tuning range and optical output power. Wavelength tuning is accomplished either by manually adjusting a micrometer or by a micro‑motor controlled via a PC through a USB interface. Fast setup, small footprint, rapid scanning, wide tuning range, and availability in the X, O, SC, and L bands make this laser a cost‑effective source for R&D and laboratory purposes in various tests related to wavelength measurement, such as DWDM components, fiber Bragg gratings, and FBG sensor interrogation.

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1570nm 37 dBm wavelength single mode fiber coupled laser

The 1570nm single-wavelength laser uses a high-performance butterfly-shaped semiconductor laser chip. Professionally designed drive and temperature control circuits ensure the safe operation of the laser, stable output power, and spectrum. It is suitable as a pump laser source for thulium-doped fiber lasers or fiber amplifiers and can be provided in desktop or modular packages.

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