mechonics
Centimeter-scale footprint, sub-micron stepping: Mechonics inertia-drive linear positioners deliver millimeter travel from a tiny package, self-locking at rest with zero power draw. Vacuum, UHV and low-temperature versions available.
Linear Positioners
Series Overview
Mechonics linear positioners use piezo inertia (stick-slip) drives: fingertip-sized packages delivering millimeter travel with sub-micron step resolution. Self-locking at rest with zero power consumption and no heat drift — ideal for confined spaces, vacuum and cryogenic environments.
Key Features
- MS/DS micro stages: 3.5–30 mm travel, stackable in xy/xyz
- ML low-temperature series: cryostat-compatible, UHV versions available
- Self-locking at rest: zero power, no thermal drift
- Vacuum-compatible and non-magnetic options
- MK25 monomode fiber coupler for fiber alignment
Typical Applications
- Sample and probe positioning under microscopes
- Adjustment inside cryostats and vacuum chambers
- Monomode fiber coupling and optics alignment
- Embedded positioning in space-constrained instruments
Selection & Support
Key criteria: travel, environment (vacuum/cryo/non-magnetic), load and resolution. As the Taiwan distributor, Nahshon provides local technical support, selection consulting and factory quotations.
Product Series
Low temperature stages
ML-series low-temperature stages: operate directly inside cryostats, with UHV versions available. Footprint and travel optimized for extreme environments.View Series Products→
Micro stages 1-dim
MS/DS single-axis micro stages: 3.5–30 mm travel with sub-micron stepping, self-locking with zero power at rest — the workhorse for microscopy and embedded positioning.View Series Products→
Micro stages 3-dim
MS-series xy/xyz stacked assemblies: two- to three-axis positioning in a minimal footprint with independently driven axes — ideal for multi-DOF sample handling under microscopes.View Series Products→
Monomode Coupler
MK25 monomode fiber couplers with FC/SMA interfaces and built-in inertia-drive adjustment — fiber alignment as a modular component for optical system integration.View Series Products→
