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Translation stages are typically available as either a single axis or multi-axis, including an XY stages, or XYZ stages. Each axis of the stage must constrain the six degrees of freedom (X, Y, Z, roll, pitch, and yaw) of the payload to only one, producing translation along a straight line. This is accomplished with a set of linear bearing guideways attached to a base structural member that provides stiff support. Linear stages designed specifically for vertical motion can be viewed on our Z Stages page.

Below is a catalog of Dover Motion’s translation stages that include direct drive linear motor and screw driven translation stages. Our stages are optimized for various uses, such as precision motion, high speed, and compact size, and can be customized to meet your specific needs.

In this collection you can also find hyperocular glasses. They have a very powerful magnification, but a small working distance. Objects have to be held much closer to see them clearly but it enables you to have both hands free.

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We're happy to exchange or refund the cost of items returned within 14 days of dispatch date  returned in resalable condition in the original packaging.

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A translation stage, also called a linear translation stage,  is a high-precision mechanical device designed to move objects in a linear direction along one or more axes. It ensures accurate positioning and smooth movement of the object, making it essential for tasks requiring precise control in life sciences, automation, manufacturing industries, microscopy, optical alignment, and scientific research applications.

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Magnifying spectacles are designed for hands free viewing, making them the ideal magnifier for your crafts and hobbies. Worn as normal glasses, they have stronger magnifying lenses which can magnify objects close to you.

A translation stage, also known as a linear translation stage or XY stage, is a mechanical device employed in a motion system to move an object precisely in a linear direction. It is widely used in research and industrial applications that require high-precision positioning and movement of small objects, such as microscopy and optical alignment.

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A translation stage mechanism is a type of motion control system that enables precise linear movement in a single direction. It typically consists of a linear motor, a ball screw, or a piezoelectric actuator, which allows for smooth and accurate movement in a controlled environment and can be customized based on the application requirements, such as speed, precision, and load capacity. The mechanism can be controlled manually or through a computer to achieve the desired position with high accuracy and repeatability.

The precision of this type of stage can range from a few microns to sub-nanometer levels, depending on the design and the quality of manufacturing. We can enhance the resolution and repeatability of the stage by adding feedback sensors such as encoders or interferometers. Engineers can integrate 3-axis translation stages with other motion control systems, such as rotary stages or robotic arms, to achieve complex motion profiles for advanced manufacturing, scientific research, or aerospace.

A stage with a linear motor, also called a linear translation stage, requires a linear feedback device as well as a servo drive and control to close a position feedback loop. With a high-resolution linear encoder, linear actuators can provide position control down to the nanometer level. A typical application for high precision linear actuators is to control the focus of a microscope objective in a digital imaging system.

Once the payload has been constrained to a single degree of freedom, the system’s next mission is to actuate the payload and provide precise incremental linear motion along the guideway.

It is widely used in research and industrial applications that require high-precision positioning and movement of small objects, such as microscopy and optical alignment. It ensures accurate positioning and smooth movement of the object, making it essential for tasks requiring precise control in various applications such as microscopy, optical alignment, and scientific research.

The 3 axis translation stage is a type of motion control system used in engineering applications that requires precise positioning and movement of an object in three perpendicular directions. These stages typically consist of three linear actuators that enable movement in the X, Y, and Z axes.