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multi-phase linear stage

Our new DSP50 linear stage, for the new generation of NOVA-controller devices, can handle up to 16N blocking force over a travel range of 10mm.

mechonics ag

81825-D München
        2/B Unnützstrasse

+49 89 42024207

+49 89 42024206

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Our new DSP50 linear stage, for the new generation of NOVA-controller devices.


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Beschreibung
Our new DSP50 multi-phase linear stage, for the new generation of NOVA-controller devices, can handle up to 16N blocking force over a travel range of 10mm. The multi-phase linear stage is available as uniaxial, biaxial or triaxial positioning system for standard and vacuum conditions.
A multi-phase linear stage refers to a positioning system that enables precise linear motion in multiple phases or discrete steps. These stages allow for controlled movement and positioning of objects or components along a linear path with high accuracy and repeatability. Here are some key features and characteristics of multi-phase linear stages:
  1. Multi-phase Motion: A multi-phase linear stage is designed to move in discrete steps or phases rather than continuous motion. Each phase represents a specific position or increment along the linear path. The stage can be moved to different phases to achieve precise positioning.
  2. Stepping Mechanism: Multi-phase linear stages typically employ a stepping mechanism, such as a stepper motor or a piezoelectric actuator, to achieve the discrete movement. The stepping mechanism allows for accurate and repeatable motion control, ensuring precise positioning at each phase.
  3. Positioning Accuracy: Multi-phase linear stages offer high positioning accuracy, allowing for precise alignment and placement of objects or components. The discrete movement in phases enables fine adjustment and control over the position, resulting in accurate and repeatable positioning.
  4. Versatile Applications: These stages find applications in various fields, including microscopy, metrology, robotics, semiconductor manufacturing, and laboratory automation. They are used for tasks such as sample scanning, alignment of optical components, measurement and inspection processes, and automated handling of objects.
  5. Control Options: Multi-phase linear stages can be controlled using various methods, including manual control via knobs or switches, motorized control using dedicated controllers or drivers, or computer-controlled automation through software interfaces or programmable logic controllers (PLCs).
  6. Integration Capability: Multi-phase linear stages can be integrated into larger systems or setups, such as optical systems, robotic arms, or automated workstations. They often feature mounting options and compatibility with other equipment to facilitate seamless integration into a specific application or experimental setup.
  7. Customization and Configuration: Manufacturers of multi-phase linear stages often offer customization options to meet specific application requirements. This may include selecting the number of phases, adjusting the step size or resolution, choosing different motor types, and incorporating additional features such as position feedback sensors.
Produktparameter

Width : 50 mm

Height : 16 mm

Depth : 50 mm

Travel : 10 mm

Article Number : DSP.050.1006

Mass : 115 g

Velocity : 1 mm/s

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multi-phase linear stage

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