Engineered Systems
Vacuum Compatible Systems
Aerotech has extensive experience in designing systems for deployment in vacuum environments. Careful consideration of
material selection and manufacturing procedures ensure delivery of systems with low outgassing qualities and excellent
thermal characteristics. Following are examples of a six-axis system with a two-axis gimbal actuator used in an ion-beam
application. Also shown is a vacuum prepared XY system. Both systems feature liquid-cooled direct-drive linear motors
with linear encoder feedback and direct-drive rotary axes for the highest level of accuracy and repeatability.
Vented hardware
Six-Axis system with
Teflon®
cabling
a two-axis gimbal
actuator
Vacuum compatible lubricants
Optional liquid-cooled linear motors
Vacuum
prepared XY
system
Vacuum-Rated Components and Systems
Vacuum preparation of Aerotech positioning stages is available for most stage models. Specific modifications are
required before these stages can be operated in a vacuum. Aerotech certifies all stages, stage hardware (i.e., mounting
or 10 torr. In addition, Aerotech can
brackets), motors, feedback devices, and cables for vacuum operation to 10
-3
-6
supply vacuum compatible motion control stages equipped with linear motors. A special cooling technique has been
developed to remove heat from a linear motor operating in a vacuum.
Aerotech’s vacuum experience means you have a complete partner in your application design — a partner with
engineers who have worked on vacuum applications for over a quarter of a century!
Aerotech at a
Glance

Aerotech Timeline
Success in Laser Processing

Laser Edge Control
Laser Edge Control - Position Synchronized Output

Laser Edge Mechanics
Laser Edge Direct-
Drive Linear Stages

Laser Edge Drect-Drive Rotary Stages

Linear Translation Stages

Rotary Translation Stages

Engineered Systems
Medical and Life Sciences Industry

High-Speed Cylindrical Laser Cutting Systems

IOL and Contact Lens Manufacturing

DNA Sequencing and Proteome Research

Laser Seam Welding
Artificial Joint Manufacturing

Facility Expansion
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