Linear Stages

Maximize precision in your experiments with micrometer-level positioning and streamline your research processes with reduced errors. Experience a seamless motion profile, quiet operation, and reduced vibrations with advanced motor control technology, and handle demanding applications with ease.

With a precision ball screw drive and intelligent stepper motor controller, you can take advantage of excellent positioning characteristics. Each linear stage is individually calibrated and then tested according to the ISO 230-2:2014 standard.

Jump to: Browse linear stages | Choosing a linear stage | Resources and support

Browse Linear Stage Range

Filter by model: compact standard high precision

50mm Compact Stage

From $1,690

100mm Compact Stage

From $2,080

100mm Linear Stage

From $2,080

200mm Linear Stage

From $2,730

100mm High Precision Stage

From $2,600

200mm High Precision Stage

From $3,250

Choosing a Linear Stage

	Compact	Standard	High Precision
Travel Length	50mm or 100 mm	100 mm or 200 mm	100 mm or 200 mm
Maximum Speed	15 mm/s	15 mm/s	15 mm/s
Drive Mechanism	C7 precision ball screw with dual linear rails	C7 precision ball screw with dual linear rails	C5 precision ball screw with dual linear rails
Error	<40 μm	<40 μm	<20 μm
Horizontal Capacity	10 kg	30 kg	30 kg
Vertical Capacity	3 kg	10 kg	10 kg

Resources and Support

What Are Linear Stages Used For?

Linear stages are used to achieve precise and controlled linear motion. They are integral to scientific research, the technology sector, industrial manufacturing, medicine, and more.

Do You Need a Linear Stage?

Whether you are involved in microscopy, spectroscopy, or metrology, a linear stage can be an invaluable tool. The decision to invest in a linear stage depends on the specific requirements of your application.

How to Choose a Linear Stage

Based on your research needs, there are key factors to consider when selecting a linear stage.

Types of Linear Stage

There are lots of different types of linear stages which vary in drive mechanism, axis, precision, and length. With this, linear stage motion can be implemented into a wider variety of applications.