Product classification
Z-Axis lifting Stage Series
Z-Axis lifting Stage Series
Classification:
Product Description
Nanopositioning Stage
MZ Series Z-Axis Lifting Stage
Precision vertical displacement, nanometer-level stepping
High orthogonality and motion smoothness
Piezoelectric Inertial Drive / Ultrasonic Drive | Constant-Force Spring Compensation | Cross Roller Guide
The ZEPTOOLS MZ Series Z-Axis Lifting Stage is an ultra-precision motion platform designed specifically to meet precision vertical displacement requirements. This series adopts high-stability guides and advanced drive technology, ensuring extremely high orthogonality and motion smoothness during vertical lifting. Certain models are specially equipped with a constant-force spring compensation mechanism, which effectively counteracts the effect of load gravity, maintaining exceptional nanometer-level step resolution and positioning stability while ensuring high load-carrying capacity.
The MZ series lifting stage features a sturdy and compact structural design. With its excellent mechanical rigidity and motion accuracy, it is widely used in optical lens alignment, probe testing height adjustment, and vertical axis positioning in micro/nano machining systems. The entire series supports a high degree of customization and offers excellent environmental compatibility, adapting to various vacuum or cleanroom working environments.
Main Technical Specifications
Precision Drive and Stable Structure
Active Axis: Z-axis vertical motion
Drive Method: Piezoelectric inertial drive / Ultrasonic drive
Minimum Displacement: Nanometer-level step resolution
Stage Body Material: Aluminum alloy / Stainless steel
Guiding Structure: Cross roller guide
Position Feedback: Incremental linear encoder
Product Models
MZ Series, covering diverse travel requirements
MZ Series: MZ50-10B, MZ70-10B, MZ45-4.5A, MZ70-10A
Application Fields
Precision Positioning, Empowering Multiple Fields
With its excellent precision positioning capability, the ZEPTOOLS Nanopositioning Stage is widely used in the semiconductor industry, precision optical engineering, materials science research, biomedical, precision metrology and inspection, and aerospace, among many other fields. It deeply empowers micro/nano manufacturing, high-end instrument development, and frontier scientific experiments, serving as a critical core component in various high-precision equipment and research platforms.

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