Semiconductor Equipment
Begin with the process requirement. Bring optical performance, positioning feedback and integrated motion into the same engineering conversation.
Explore the marketMarkets
Demanding applications.
Clear engineering requirements.
Four priority markets for optics, encoders and engineered motion, with space applications as a further area of manufacturer expertise.
Robotics & Automation
Joint architecture, feedback and motion performance are connected decisions. Start with the machine task and its operating cycle.
Explore the marketMedical & Surgical Systems
Translate the instrument or system requirement into an optical, feedback or motion brief with clear interfaces and validation needs.
Explore the marketDefence, Aerospace & Security
Define the operating environment and acceptance requirements early, before selecting optics, position feedback or motion hardware.
Explore the marketFurther applications / space
Space applications.
Engineering knowledge beyond the main markets.
POG, FLUX and Lin Engineering describe technologies for space-related requirements. These references show the depth of their engineering work and provide a starting point for a mission-specific discussion.
POG
Optics for satellite systems
POG documents star-sensor objectives for satellite orientation and optics for environmental observation.
POG space optics references
FLUX
Absolute encoders for space-related requirements
FLUX describes vacuum-compatible, low-outgassing IND-MAX variants for aerospace and space projects.
FLUX IND-MAX space information
Lin Engineering
Motors for space and vacuum
Lin Engineering has a dedicated space-motor range addressing thermal, vibration and contamination requirements.
Lin Engineering space motor rangeMission suitability, materials, testing and qualification are specific to the selected product and programme. These references do not imply that every optic, encoder or motor is space-qualified.
Discuss a space application