Category Archives: Linear Motion Positioning Stage

Motion Control Application – Open Screw Drive System Moves Heavy Sound Stage Sets Smoothly, Quickly, and Quietley!

Motion Control Application – High Speed Drive System

motion control - application


motion control - lm76

 

 

E. Longmeadow, MA –Motion Control Application-

Problem: Move heavy sets on a sound stage smoothly, quickly, and most importantly quietly! Ball screws specified in the original design proved unacceptable due to the limited length of travel, screw deflection which resulted in a lack of smoothness, and high noise levels. A rack and pinion was also considered but the noise level was also too high and there was no room for a gearbox. Linear motors are quiet however the cost was prohibitive, and a belt system could not handle the heavy loads.

Solution: The new Streamliner Open Screw Drive System from Winner was selected by the production company to move the heavy sets on the sound stage.

Motion Control – Low Cost 1, 2, 3, and 4 ADAGIO Axis Stepper Motor Motion Control Systems Available from Optimal Engineering Systems, Inc. (OES)!

Motion Control – Stepper Motor Motion Control Systems

motion control - stepper motor controller


motion control - stages - customThe tables, depending on length of travel, measure 120 x 120 mm (4.73 in x 4.73 in.), 150 x 150 mm (5.90 in x 5.90 in.) and 160 x160 mm (6.30 in x 6.30 in.) The AQ150 Series has top and side rail covers. Featuring a 4 mm per turn, precision 2 µ backlash lead screw, typical performance specifications of the AQ140 and AQ150 linear stages include: repeatability of 5 µ, positional accuracy 8 µ, straightness 6 µ, driving parallelism 15 µ, pitching 25 arc seconds, and deflection 25 arc seconds.
Van Nuys, CA – — Motion Control – To complement the Optimal Engineering Systems’ (OES) expanding line of single and multi-axis motion control stages, OES has added the ADAGIO-X-STPR Series of Motion Control Systems.

How Would You Position Components Of An Experimental Reactor Vessel Weighing 33 Tons?

Motion Control – Linear Motion Application

motion control - engineerig edge
Easily …   … Using Custom made LM76 Jet Rail Bearings and Shafting!

When a privately funded research company was ready to move from their original Proof of Concept to a sustainable fusion reactor to produce clean sustainable energy, they realized that extremely heavy components would need to be assembled and disassembled and reassembled again for design modifications and maintenance. The completed assembly would be the length of two buses and easy alignment of the individual components would be critical.

motion control appliation

 

The main reactor, the fusion containment chamber that is capable of containing a plasma medium of 10 to 15 million degrees is made of non-magnetic stainless steel as are many of the components. The Plasma Medium could be described as a football shaped blob about 1 meter in diameter by 2 meters long. The plasma medium is injected from each end of the reactor assembly by Plasma Guns.

Motion Control – Low Profile XYZ Force Positioning System from H2W Technologies!

Motion Control – Low Profile XYZ Positioning Stage

motion control - xyz stage
motion control- h2w
Santa Clarita, CA —– Motion Control – This compact closed loop system was designed to satisfy the customers dual feedback requirements. This allows for simultaneous position and force monitoring which can adjust accordingly in three axis of motion (XYZ). It was designed to operate in an inverted orientation. This low profile XYZ-Force positioning stage design is comprised of a SRS-002-003/002-003-01-XY single rail positioning stage (horizontal XY-axis) with a mounted VMS06-008-LB-01 voice coil positioning stage (vertical Z-axis).

Motion Control -What To Consider When Specifying A Linear Slide

Motion Control – Tutorial

Considerations when specifying a linear slide for a new or existing application.

By Mike Quinn • LM76

When a design engineer has fully defined a linear-motion application’s requirements regarding travel length, speed, force, and accuracy as well as repeatability, the next question to answer is this:

Does an off-the-shelf linear slide (or a stock linear slide from a catalog) fully satisfy the application?

motion control - linear motion products

Off-the-shelf linear slides are advantageous for their quick delivery and lower cost than that of custom components. No wonder most linear-motion designs do in fact employ off-the-shelf linear slides from various component and system suppliers.

motion control - linear slides

Motion Control – Low Profile XY Brushless Linear Motor Positioning Stage from H2W Technologies

Motion Control – Low Profile XY Linear Motor Positioning Stage

motion control - custom stages


motion control - h2wSanta Clarita, CA —– Motion Control – The
SRS-004-006/004-003-01-XY is a low profile XY single rail positioning stage that uses brushless linear motors to generate a continuous/peak force of 6.2 lbs [27.8 N]/18.7 lbs [83.3 N] (bottom axis), 3.1 lbs [13.8 N]/9.4 lbs [41.8 N] (top axis), with a total stroke length of 4.3 in [109 mm] (bottom axis), 4.3 in [109 mm] (top axis). The top axis is able to directly mount to the moving bottom axis motor. This helps reduce the overall height and moving mass of the system.

Motion Control – Compact, Open Aperture Voice Coil Stages Features 1 Micron and 30 Micron Positioning Resolutions!

Motion Control – Hollow Core Voice Coil Stage

motion control voice coil stage

Van Nuys, CA – Motion Control – The compact open aperture HCDS-051-032-013-01-B1-30 and the HCDS-051-032-013-01-B1-01 Voice Coil Stages from Moticont have a foot print of just 2.000 in. (50.8 mm) wide by 5.000 in (127.0 mm) long and feature positioning resolutions of 30 microns and just 1 micron respectively. These precision stages allow the user to select the level of precision needed for an application.

motion control - moticont

The 1 micron resolution HCDS-051-032-013-01-B1-01 Voice Coil Stage features cross roller linear bearings whereas the 30 micron HCDS-051-032-013-01-B1-30 Voice Coil Stage uses linear ball bearings.

Motion Control – Two Axis X-Theta Positioning System from H2W Technologies

Motion Control – Two Axis X-Theta Positioning System

motion control -two axis positioning stage

motion control - H2W logo

 

 

 

Santa Clarita, CA —– Motion Control – The SRT-030/360-026-01 is a two axis X-Theta positioning system ideal for precision motion control applications that require coordinated linear and rotary positioning. The 2 axis system consists of a rotary DC servo motor with encoder mounted to a moving brushless linear motor driven positioning stage.

The linear axis uses an H2W brushless linear motor BLDM-C08 to generate a continuous force of 26 lb [115.5 N] and a peak force of 78 lb [347 N] with a stroke length of 30 in [768 mm].

Motion Control – High Precision 60 mm Vertical Elevator Stages from OES!

Motion Control – Elevator Stages!

motion control - elevator stage

motion control - stages - custom

 

 

Van Nuys, CA – — Motion Control – The AT10-60-01, AT10-60-02 and the AT10-60-03 Motorized Elevator Stages have been released by Optimal Engineering Systems, Inc. (OES). The AT10-60-01 (shown) is driven by a Two-Phase Stepper Motor with micro-stepping capabilities. The repeatability is typically +/- 5 micron and typical positional accuracy is 15 micron. The knob for manual adjustment can be replaced with a Quadrature Incremental Optical Encoder for position verification.

Motion Control – Dual Feedback Voice Coil Positioning System!

Motion Control – Positioning Stage
motion control voice coil positioning stage


motion control - h2w

 

 

Santa Clarita, CA —– Motion Control – H2W Technologies’ latest custom voice coil positioning stage (VCS08-350-LB-01-MC-F) was developed to meet the dual feedback requirements of the customer. This closed loop system allowed the user to monitor both position and force simultaneously and adjust accordingly. It incorporates a voice coil motor (NCC08-34-350-2X) which generates a continuous/peak force of 35.0 lbs [156 N]/105 lbs [467 N] with a total stroke length of 0.80 in [20.3 mm].