Redefining the Possible: Industry-Leading Micro-Motion Solutions

In an era where technology is shrinking while performance demands are skyrocketing, traditional electromagnetic motion control has hit a physical wall. Heat, magnetic interference, and mechanical backlash are the “noise” that limits innovation.

At Miniswys, we provide the signal. Our miniature linear actuators and piezo motors deliver sub-micrometer precision in footprints once thought impossible. From the vacuum of deep space to the delicate interior of a mechanical watch, we empower engineers to move the world – one nanometer at a time.

Precision Optics & Photonics

Mastering the Path of Light
In photonics, stability is everything. Whether you are managing laser alignment or high-speed autofocus, the slightest thermal expansion can ruin an optical path. Miniswys actuators provide the “silent” motion required for diffraction-limited performance.

  • Sub-Nanometer Resolution: Perfect for interferometry and fiber-to-chip coupling.
  • Zero-Power Hold: Our actuators lock into position without consuming energy, ensuring that once an optical element is aligned, it stays aligned—without introducing heat-induced drift.
  • Applications: Fast-steering mirrors (FSM), automated lens modules, silicon photonics (SiPh) packaging, and laser beam stabilization.

Scientific Instruments & Microscopy

Seeing the Unseen

When imaging at the atomic scale, environmental variables are the enemy. Our non-magnetic piezo technology allows researchers to probe deeper without disrupting the physics of the experiment.

  • EMI/RFI Immunity: Since our motors contain no magnets or coils, they are 100% compatible with Electron Microscopy (SEM/TEM) and high-field environments.
  • Stability & Response: Achieve jitter-free nanopositioning for Z-stacks and micro-manipulation.
  • Applications: Atomic Force Microscopy (AFM) scanners, micro-injectors, and Ultra-High Vacuum (UHV) positioning stages reaching pressures of 10−9 hPa.

The Miniswys Advantage: Traditional motors are built for the macro world. Our technology leverages the inverse piezoelectric effect to convert electrical energy directly into high-torque linear motion, eliminating the need for bulky gearheads.

Robotics & Semiconductor Automation

High Throughput at a Micro Scale

Modern manufacturing demands “Small, Fast, and Reliable.” As semiconductor nodes shrink, the equipment that builds them must become more precise. Miniswys actuators offer the duty cycle and speed required for 24/7 production environments.

  • Ultra-Long Life: Tested to tens of kilometers of travel, ensuring high uptime and low TCO (Total Cost of Ownership).
  • Micro-Assembly: Our tiny form factor allows for high-density “forests” of actuators in pick-and-place heads or precision dispensers.
  • Applications: Semiconductor wire bonding, micro-gripper control, XYZ gantry miniaturization, and flip-chip packaging.
    • Learn more about our robotics and automation solutions

    Medical & Biotechnology

    Precision for Life-Critical Applications

    In the medical field, reliability isn’t just a spec—it’s a requirement. Our actuators enable a new class of portable and implantable devices that require high force-to-weight ratios and bio-compatibility.

    • MRI Compatibility: Non-magnetic construction allows for use inside imaging bores.
    • Zero Vibration: Essential for delicate microsurgical tools where haptic feedback and steady motion improve patient outcomes.
    • Applications: Drug delivery pumps, lab-on-a-chip diagnostic systems, handheld surgical robotics, and wearable medical sensors.

    Aerospace & Defense

    Performance in Extreme Environments

    SWaP (Size, Weight, and Power) is the primary constraint in aerospace. Miniswys provides high-force motion in a low-mass package that survives the rigors of launch and the vacuum of orbit.

    • Extreme Resilience: Functions across wide temperature gradients and in zero-gravity environments.
    • Energy Efficiency: The “set-and-forget” capability (zero-power hold) is vital for satellite mechanisms where every milliwatt of power is budgeted.
    • Applications: Satellite gimbal stabilization, UAV sensor alignment, avionics instrumentation, and space telescope mirror positioning.