Motion Control – XY-Theta Voice Coil Positioning System from H2W Technologies

Motion Control – XY-Theta Positioning System

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Santa Clarita, CA —– Motion Control – H2W Technologies introduces a high acceleration, voice coil driven, XY-Theta positioning stage with a precision bearing system, which minimizes the amount of pitch, yaw, and roll in the system.  The voice coil stage (VCS02-005-BS-01-MXYTh) is a closed loop positioning system that can be used for positioning applications that require a limited rotation theta stage integrated.

Linear Motion – Linear Servo Brush-Type Amplifier is Ideal for Voice Coil Linear Motors!

Motion Control – Linear DC Servo Amplifier

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motion control - h2w technologiesSanta Clarita, CA —– Motion Control – H2W introduces a new DC Linear Servo Amplifier (LCAM 5/15) that is ideally suited to drive our complete line of voice coil linear actuators. Linear amplifiers allow the current to flow continuously to the motor which prevents any dead-band issues that occur in many PWM type amplifiers.

Motion Control – Low Profile XY Voice Coil Positioning Stage

Motion Control – Voice Coil Positioning Stage
motion control linear stage

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Santa Clarita, CA —– Motion Control – H2W Technologies introduces a high acceleration, voice coil driven, XY positioning stage with a precision bearing system, which minimizes the amount of pitch, yaw, and roll in the system. The voice coil stage (VCS06-010-BS-01-MXY) is a closed loop positioning system that can be used for positioning applications.

Motion Control Tutorial – Linear Induction Motor: How it Works.

Motion Control – Tutorial – Linear Induction Motors

What is all the hype about the Hyperloop? How does it move? What is the technology that makes it possible?

motion control - linear induction motor

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Santa Clarita, CA —– Motion Control Tutorial – How Does a Linear Induction Motor Work? – Linear induction motor (LIM) theory is most easily understood as a rotary motor that has been cut and unrolled to generate linear motion, instead of rotary motion. It is comprised of two parts, the primary and secondary, which interact with one another only when power is applied. Either the primary or the secondary can be fixed while the other moves.

Linear Motion – High Force Air Bearing XY Voice Coil Positioning Stage!

Motion Control – Air Bearing-Stage
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motion control - h2wSanta Clarita, CA —– Linear Motion – H2W introduces its latest custom XY voice coil positioning stage (VCS08-700-08/350-AB-01-MC-XY) which is guided by precision air bearings. This minimizes the amount of friction and reduces the pitch, yaw, and roll in the system. The stage is driven by three NCC series moving coil type linear actuators which are guided by parallel air bearing shafts. It is operated under closed loop position control. This system was designed specifically for an accelerometer testing application.

Linear Motion – H2W Introduces XZ Brushless Linear Motor Positioning Stage!

Motion Control – Custom XZ Stage

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Santa Clarita, CA – Motion Control – Linear Motor Positioning Stage — H2W Technologies introduces a high acceleration, brushless linear motor driven, XZ positioning stage gantry for controlled dual axis motion profiles of customer supplied payloads. The vertical axis dual rail stage (DRS) is a closed loop positioning system that can be used for high force positioning applications. The horizontal axis single rail stage (SRS) is a closed loop positioning system that can be used for low to medium force positioning applications.

Linear Motion Control – Six-Axis Linear and Rotary Positioning Stage!

Motion Control – Linear-Rotary stage

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Santa Clarita, CA —– Linear Motion Control – The SRS-080-10-020-01-3EXRTS is a six-axis positioning stage that consists of three rotary motors, with encoders, each mounted to three independently moving linear axis. It is ideal for applications that require independent multiple motions on a single travel plane.
Each linear axis uses a H2W brushless linear motor BLDM-D06 to generate a continuous/peak force of 24.8 lbs [110 N]/74.5 lbs [331 N] with each moving table capable of a total stroke length of 82 in [2083 mm].

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

Motion Control – Two Axis X-Theta Positioning System

Motion Control - Two Axis X-Positioning System

 

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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.

Motion Control Air Bearing Stages from H2W Technologies

Motion Control – Air Bearing Stages

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Santa Clarita, CA —– Motion Control – The ABS positioning stage is a high precision, granite base, air bearing positioning stage for high end positioning applications. . It is driven by an ironless core, non-cogging 3 phase brushless linear motor and guided by 5 flat magnetically preloaded air bearings floating on a granite base.

The ironless core coil assembly is used as the drive mechanism for the AB stage because of its smooth, non-cogging operation. The lightweight of the coil and table assembly allows for high acceleration of light loads.

Motion Control – Hybrid Air Bearing XZ Positioning System from H2W Technologies!

Motion Control – Air Bearing Positioning System!

motion control - air bearing positioning system

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Santa Clarita, CA —– Motion Control – This hybrid air bearing XZ positioning system uses H2W air bearing linear stepper motor STS-1220-AP4T (horizontal axis) and voice coil positioning stage VCS05-060-LB-01-MH (vertical Z-axis). The horizontal Air Bearing Linear Stepper motor has a 38.0 in [965 mm] stroke and generates 12.0 lbs [53.1 N] of continuous force. It is guided by precision roller bearings along the platen. Integral air bearings are used to maintain the required motor air gap.

Motion Control White Paper – Unlocking the Linear Motion Specification Query

Motion Control White Paper

Understanding the specifications needed to properly size my motion control application –
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Santa Clarita, CA —– Every motion control problem begins with a need to move a certain payload over a certain distance. However, there are many types of moves possible, and determining the right motion control solution may require some calculations to match the specifications found on a given motors data sheet. Most sales engineers will ask you for three basic questions when directing you to the proper motor or motion control solution.

Motion Control – Redundant Coil Voice Coil Motor Available from H2W Technologies, Inc!

Motion Control – Redundant Voice Coil Motor!
motion control redundant voice coil motor

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Santa Clarita, CA — When three-phase AC power is applied to the primary, a travelling electromagnetic flux wave is induced and moves relative to the primary. The wave induces an electric current in the conductive reaction plate. The induced electric current interacts with the magnetic flux to produce a linear force. The speed of the motor can be varied by changing the input frequency using an adjustable frequency drive.

Motion Control – Frameless Brushless Torque Motor from H2W Technologies, Inc.

Motion Control – Frameless Brushless Torque Motor
motion control - Frameless torque motor

Santa Clarita, CA —– Linear Motion Control Components – H2W has developed an unhoused arc segmented frameless brushless torque motor (TWR-070-410-1150-3PH) with low inertia moving coil assembly for high angular acceleration applications. The rotary 3-phase brushless motor, also known as a rotary servo motor, is a direct drive motor that is ideal for limited or unlimited, closed loop servo, rotary motion applications.
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It can generate a continuous/peak torque of 480 in-lbs [53 Nm]/1440 in-lbs [159 Nm]. It has been designed to have a 70° rotation and operate on a 20” (500 mm) radius, but additional modular magnet tracks (33° each) can be added to increase angular displacement. It is capable of very precise position, velocity, and acceleration control when coupled with a rotary encoder for position feedback.

Linear Motion – Miniature Voice Coil Actuators from H2W Technologies, Inc.

Motion Control – Miniature Voice Coil Actuators

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Santa Clarita, CA — Linear Motion Actuators — H2W Technologies offers miniature versions of both our moving coil and moving magnet voice coil actuators. Additionally, we offer custom designed solutions to meet your application specifications.

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H2W has built its smallest moving magnet voice coil actuator (NCM01-04-001-2IB)to date, with an outside diameter of 0.40 in [10 mm] and a length of 0.735 in [18.8 mm]. It has a stroke of 0.10 in [2.5 mm] and generates a continuous force of 0.10 lbs [0.45 N] and a peak force of 0.30 lbs [1.35 N]. It weighs just 0.20 ounces [5.7 grams].

Motion Control – Single Plane Dual Axis Air Bearing Voice Coil Positioning Stage from H2W Technologies, Inc.

Motion Control – Dual Axis Air Bearing Stage

motion control - dual axis air bearing stage
Santa Clarita, CA —– Motion Control – The VCS15-050-AB-LV-2 is a closed loop single plane dual axis positioning stage with air bearings.
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This stage is ideal for low velocity ripple positioning applications that require independent multiple motions on a single travel plane. It uses H2W voice coil motor NCC15-24-050-1R. Each voice coil has a 1.50″ [38.1 mm] stroke; generates 8.4 lbs [37.4 N] of continuous force and 25.2 lbs [112 N] of peak force. The LVDT allows for accurate positioning.

Linear Motion – Four Axis Vacuum Compatible Gantry from H2W Technologies.

Motion Control – Vacuum Compatible Gantry
motion control- 4 axis robot

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Santa Clarita, CA —– Motion Control — Fully vacuum compatible four axis positioning gantry (XYTZ). The XY axes are driven by brushless linear motor DR Positioning Stages. The Theta axis is a worm gear stage that is driven by a rotary stepper motor under closed loop control in conjunction with an arc-segmented linear encoder. The Z axis linear motion is achieved by using a voice coil positioning stage operating under closed loop position control.

Linear Motion – High Speed, High Precision, Dual Axis Positioning Stage from H2W Tech

Motion Control – Dual Axis Linear Steppers Positioning Stage
motion control- linear stepper stage


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Santa Clarita, CA —– Linear Motion Control – The high speed, high precision LSS-012-12-060-XY-01A-M dual axis, low profile linear stepper positioning stage generates a force of 6.0 lbs [26.7 N] with a total stroke length of 12.5 in. [318mm] for each axis. This compact, low profile dual axis stage measures 17.0 in. x 19.0 in. [432 mm x 483 mm] and is just 4.2 in. [108 mm] high.

Motion Control – Single Rail Positioning Stage H Gantry from H2W Technologies.

Motion Control – Gantry
motion control - gantry robot
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Santa Clarita, CA —– H2W Technologies’ latest single rail positioning stage H-gantry design is an open frame XY positioning system. It has two bottom parallel axes with one cross axis connecting the two (H-gantry).

Each linear axis uses H2W’s brushless linear motors (BLDM-B04), and each has a total stroke length of 25.67 in [652 mm]; can generate 6.2 lbs [27.8 N] of continuous force and 18.7 lbs [83.3 N] of peak force, or a combined 12.4 lbs [55.6 N] continuous force and 37.4 lbs [166.6 N] of peak force on the bottom axis.

Motion Control – XYZ Voice Coil Positioning Stage from H2W Technologies!

Motion Control – XYZ Voice Coil Positioning Stage
motion control- xyz positioning stage

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Santa Clarita, CA —– Motion Control Components – H2W Technologies designed the VCS20-20-03-MC-01-XYZ as a 3-axis positioning solution where compact size and cost were important. Using voice coil motors, instead of 3-phase brushless linear motors, significantly reduced the overall size, weight, and cost of the system.

Linear Motion Control – Linear Motors: How Do They Work?

Motion Control – What is a Linear Motor?

motion control - h2w

 

motion control - linear motor tutorial

 

 

Motion Control White Paper – A linear motor should be thought of as a rotary electric motor that has been cut along a radial plane and unrolled. The resultant motor is a direct drive linear electric motor that can produce linear motion without the need of pneumatic, hydraulic cylinders, or translation of rotary to linear motion with the use of belts or screws. Rotary motors produce torque whereas linear motors produce linear force.