Diamond Motion, Inc.

PRECISION LINEAR ACTUATORS - CONTROLLERS - SYSTEMS

Based on the familiar manual micrometer and with over 6-billion variations, DMI's Linear Actuators are powered by miniature DC or Step-motors to produce an on-axis movement with optional nanometer resolution feedback.

Environments

Vacuum/space

Laboratory

Outdoors

Clean-room

Manufacturing

High EMI/Lasers

High Magnetic Flux

Observatory

Industries

Research

Science

Space

Medical

Astronomy

Manufacturing

Aircraft

Pharmaceutical

Semiconductor

Aerospace

Mechatronics

Computer

Engine

Measuring

Military

Tank bores

Armaments

Move...

Optics

Components

Slides

End-effectors

Cameras

Sensors

Tangent Arms

Flexures

Insturments

Performance

Travel :

Resolution :

Thrust :

Velocity #/sec :

Environment :

Temperature :

Humidity :

Atmosphere :

Acceleration :

Vibration :

Housing :

Voltage :

Current :

Cost Range :

1/4"

45pm

4.1µm

2-lbf

300-lbf

270 nm

25 mm

3-atm

10^-10 torr

-70°C

+100°C

100%

Particle Boot

10G

1KHz @ 2G

Ø1.00"

L = 2.6"

14.8"

24 VDC

75 ma

USD $1K -to- $5K

TYPE1 — Compact, rotating

TYPE2 — Non-rotating

CONTROLLERS

MECHATRONIC LINEAR ACTUATORS FROM DIAMOND MOTION

Mechatronic Linear Actuators provide extremely accurate nano-positioning for a myriad of industries – semiconductor manufacturing, medical/biological research, world-class telescopes, fusion laboratories, aerospace satellites, materials research. Featuring either DC-motors or Stepping-motors, these ultra-precision Mechatronic Linear Actuators are adaptable to the world’s controllers. Emphasizing vacuum-compatibility, our Mechatronic Linear Actuators are found in vacuum chambers all over the world, and orbiting the earth. Surviving in severe magnetic flux environments, our Mechatronic Linear Actuators are instrumental in DOE’s quest for fusion-generated electricity.

Originally-designed in 1979 as an adjustment micrometer replacement for Newport Corporation components, these Mechatronic Linear Actuators have grown to meet high-accuracy motion requirements. Featuring velocities up to 25 mm/sec, thrusts up to 300-lbf, and resolutions down to 45 picometers, DMI's Mechantronic Linear Actuators provide surprising performance. Surviving temperature extremes from -70 degrees to +150 degrees centigrade and pressures down to 10-E9 torr, our constantly-evolving and improving Mechatronic Linear Actuators have 30-years of customer-proven acceptance.

Featuring MicroMo motors/encoders/gearheads, our Mechatronic Linear Actuators have an interchangeable design that results in over 6-billion variations. In addition, we provide custom alterations to exactly meet your space and function requirements.

Our Mechatronic Linear Actuators can be found at Sandia National Laboratory, NASA Ames Research Center, Argonne National Laboratory, Los Alamos National Laboratory, Lawrence Livermore National Laboratory, New York Medical Hospital, Drexel University, University of Pennsylvania, Stanford University, University of Arizona, University of California, University of Texas, Caltech, Ball Aerospace, Hobby-eberly Telescope, LAMOST Telescope, SALT Telescope, Neutronix/Quintel, VEECO (Digital Instruments), POSTECH (Korea), KAIST (Korea), VMT (Korea), Hanyang University (Korea).

Receiving: Diamond Motion, Inc.

1337 E White Creek Dr., Port Angeles, Wa 98362-8939 USA