Ultra-Low Temperature Motors Safeguard Automated Biological Sample Storage
SLT-grade cryogenic stepper motors automate storage and retrieval of biological samples at −150 °C and below.
Read MoreFrom crystal growth furnaces to biobanks — where standard motors fail, ours keep moving.
Attitude control, antenna mechanisms and satellite equipment that must survive vacuum, radiation and thermal cycling.
0 case studiesCryogenic motors for automated biological sample storage, medical devices and laboratory automation.
1 case studyGJB9001C-certified motion systems for weapon systems and military platforms.
0 case studiesRadiation-proof motors with 10⁷ Gy tolerance for nuclear instrumentation and handling equipment.
1 case studyVacuum-rated motors and drives for wafer handling, crystal growth furnaces and process equipment.
1 case studyMotion systems for environmental chambers, vacuum material testing and instrumentation.
1 case studySLT-grade cryogenic stepper motors automate storage and retrieval of biological samples at −150 °C and below.
Read MoreRadiation-resistant stepper motors with 10⁷ Gy tolerance for nuclear industry instrumentation and handling equipment.
Read MoreHK series NEMA 17 wide-temperature steppers keep an automotive display aging test line running in cold-chamber conditions without condensation failures.
Read MoreHow a custom HV series vacuum stepper became the standard drive unit in a leading PV manufacturer’s crystal growth furnaces…
Read MoreSend your temperature, vacuum and torque requirements — our engineers reply within 24 hours.