Multi-axis linear systems come in a variety of designs, with Cartesian, gantry, and XY tables being some of the most common types. While these designs simplify construction and can provide space savings, they also introduce “stacking” errors — the compounding of errors from each axis, which manifests at the work piece or tool point. Mounting axes […]
Integrated Linear Systems
MKS now offers Newport MLT-Z vertical linear stages and pre-assembled MLT-XYZ stacks
MKS Instruments is extending its MLT Series of compact, low profile high precision linear stages with pre-assembled XYZ-stacks and MLT-Z vertical stages. MLT stages are ideal for typical scanning or point-to-point applications in semiconductor, industrial, or research markets for metrology, sensor test and calibration, alignment, and pick-and-place assembly. The MLT series showcases the latest innovations and […]
What factors contribute to friction in linear motion systems?
Designers and engineers typically try to avoid or mitigate friction in linear motion systems. Although friction isn’t always bad — in some applications, it can provide a damping effect and help improve servo tuning — when it comes to linear motion systems, it increases the amount of force required to move a load, creates heat, […]
Single-axis linear stepper stages with integrated encoder and electronics package
H2W now offers a revolutionary series of single-axis linear stepper stages that integrates a linear encoder into the stage to operate the linear stepper motor as a 2-phase brushless motor when coupled with an advanced motion control electronics package provided by H2W. When operated this way, the motors will tend to run cooler, as they […]
What makes a linear stage different from other types of linear motion systems?
Linear motion systems — consisting of a base or housing, a guide system, and a driving mechanism — are available in a wide variety of designs and configurations to suit almost any application. And because their designs are so varied, they’re often categorized according to key construction and operating principles. Case in point: The term […]
Four-axis linear motor driven stage features high speed, micron resolution
The Four-Axis Gantry (YY’ZZ’) from H2W Technologies is a four-axis positioning stage that consists of two SRS-007-03-006-01 brushless linear motor stages; each vertically mounted to two independently moving horizontal linear axis. It’s ideal for applications that require multiple independent motions on a single travel plane. When an application requires fast motion with a stroke over […]
How does a vacuum preloaded air bearing work?
Air bearings provide several advantages over rolling element bearings, including higher travel accuracy and reduced friction and heat generation. But because air is compressible, air bearings can be less stiff and exhibit more deflection under load than similar rolling element bearings (although the stiffness characteristics of air bearings are very linear). However, the compressible nature of air […]
Dover Motion launches SmartStage XY linear positioner
Dover Motion, with over 30 years of precision motion design and manufacturing expertise, announces the launch of their newest product: the SmartStage XY. The SmartStage XY platform simplifies the motion and control into one package so instrument design teams can focus on bringing their core technology to market. The SmartStage XY combines the precise direct-drive […]
New pallet conveyor system boasts quick and easy adaptability
mk North America’s new pallet conveyor system, the VersaFlex P08, is designed to quickly be altered and adapt to product changes. It can also convey products that have unusual shape or geometry with ease. VersaFlex P08 carries loads up to 22 lb per pallet and can carry multiple pallets at once. It also boasts repeat […]
New white paper for OEMs spotlights linear motion in biomedical, life sciences applications
SCHNEEBERGER Inc. announces a new white paper titled “Advancing Life Science and Biomedical Manufacturing Through Linear Motion: The OEM’s Guide.” It explores how original equipment manufacturers (OEMs) can achieve advancements in life science and biomedical manufacturing through the use of next-generation linear motion technology. Facing ongoing competitive pressures and market growth demands, life science and […]