In order for a motor to accelerate or decelerate a load, it must overcome the load's inertia, or resistance to change in motion, as explained in Newton's First Law. In belt-driven linear motion systems, the motor has to overcome not only the … [Read More...] about How to account for belt and pulley inertia during system design
Main Content
FROM THE EDITORS
-
Mike Santora
BRECOflex launches new BRECOroll timing belt -
Danielle Collins
How does hysteresis affect piezo actuator performance? -
Miles Budimir
Application-based tool from Thomson optimizes online ball-screw sizing and selection -
Lisa Eitel
Smart mechatronics add capabilities to linear motion applications
How does hysteresis affect piezo actuator performance?
Piezo actuators operate on the principle that application of an electric field (voltage) induces strain (displacement) in the material — a phenomenon known as the inverse piezoelectric effect. But if … [Read More...] about How does hysteresis affect piezo actuator performance?
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 … [Read More...] about Single-axis linear stepper stages with integrated encoder and electronics package
Integrated connector now available for AMETEK Haydon Kerk Pittman’s hybrid actuators
As a world leader in compact linear motion systems, Haydon Kerk Pittman, a business unit of AMETEK’s Advanced Motion Solutions Division, is pleased to announce its size 8 21mm hybrid stepper motor is … [Read More...] about Integrated connector now available for AMETEK Haydon Kerk Pittman’s hybrid actuators
Application-based tool from Thomson optimizes online ball-screw sizing and selection
Thomson Industries, Inc. has launched an online ball screw sizing and selection tool to give motion designers fast, intuitive and precisely calculated ball screw solutions for their linear motion … [Read More...] about Application-based tool from Thomson optimizes online ball-screw sizing and selection
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 … [Read More...] about What makes a linear stage different from other types of linear motion systems?
How to account for belt and pulley inertia during system design
In order for a motor to accelerate or decelerate a load, it must overcome the load's inertia, or resistance to change in motion, as explained in Newton's First Law. In belt-driven linear motion … [Read More...] about How to account for belt and pulley inertia during system design
Rollon acquires iMS, expanding lineup of linear actuator modules, robotic transfer units for heavy payloads
Rollon, a leading manufacturer of linear motion guides, actuators and systems, has acquired Intelligent Machine Solutions, Inc. (iMS), a Michigan-based designer and manufacturer of standard and custom … [Read More...] about Rollon acquires iMS, expanding lineup of linear actuator modules, robotic transfer units for heavy payloads
Motion basics: What is ball conformity in linear guides and screws?
In linear guides and ball screws, load-carrying balls or rollers can ride on planar (flat) raceways, as with non-recirculating linear roller bearings, or in curved raceways, as with ball screws and … [Read More...] about Motion basics: What is ball conformity in linear guides and screws?
Magnetostrictive linear position transducers from AutomationDirect
AutomationDirect has added Gefran WPG and WPP series magnetostrictive linear position transducers. These transducers work like other linear position sensors by translating a linear position to an … [Read More...] about Magnetostrictive linear position transducers from AutomationDirect
Motion basics: What is differential slip and how does it affect linear bearings?
Linear bearings that use balls or rollers are typically chosen for their ability to carry high loads with very low friction. But rolling elements — including linear bearings — are not friction-free. … [Read More...] about Motion basics: What is differential slip and how does it affect linear bearings?
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 … [Read More...] about Four-axis linear motor driven stage features high speed, micron resolution
What’s the difference between ANSI and ISO ball screw load capacity?
The dynamic load capacity of a ball screw is typically defined by the DIN ISO 3408-5 standard, or in some cases, by the JIS B1192-1997 standard, both of which use 1 million revolutions as the basis … [Read More...] about What’s the difference between ANSI and ISO ball screw load capacity?
Mechanical properties of materials: Hardness
Hardness is a common specification for linear shafts and guides — especially those used with ball and roller bearings, where the guide encounters extremely high loads over very small areas. The … [Read More...] about Mechanical properties of materials: Hardness
Low inertia, high precision linear voice coil stages from Moticont
Moticont has introduced two high performance linear DC motor driven stages. The VCDS-051-032-01-B1-30 (pictured) and the VCDS-051-032-01-F1-30 linear voice coil stages feature high speed, high … [Read More...] about Low inertia, high precision linear voice coil stages from Moticont
BRECOflex launches new BRECOroll timing belt
BRECOflex CO. is launching a new timing belt. It's the company's most innovative timing belt to hit the market since its move-series in 2014. It’s called BRECOroll. Typically, toothed timing belts … [Read More...] about BRECOflex launches new BRECOroll timing belt
