Our Motor System
Our technology focuses on consistent rotation control, stable mechanics, and thoughtful protection against common risks like magnetism and friction drift.
Advanced Architecture
Brushless Motor
Smooth, stable rotation designed for long daily cycles.
With no brush friction, the motor can run smoother and more consistently across repeated start-stop cycles. It also supports tighter rotation control when paired with sensor feedback.
Why this matters:
- Smoother low-speed rotation behavior
- Reduced wear points in long-cycle use
- Cleaner, more controlled motion performance
True Counting
Optical Sensor Counting
Counts real rotations instead of estimating by runtime.
This closes the control loop. If resistance changes, the system still tracks what truly happened, then stops precisely at the target turns rather than stopping on a timer.
Why this matters:
- More consistent turns-per-day results
- Less guesswork across different watch weights
- Stops when the target is actually reached
Anti-magnet
Mu-Metal Shielding
Reduces magnetic-field exposure in device-heavy environments.
Instead of “blocking,” it reroutes stray fields away from sensitive areas near the watch. Effectiveness depends on proper placement, thickness, and careful handling.
Why this matters:
- Helps reduce magnet-related timing risks
- Adds protection for mixed collections (vintage and modern)
- Targets a real-world daily exposure problem
Controlled Orientation
12 O’Clock Vertical Stop
Controlled stopping for consistent display alignment.
The winder returns the watch to an upright 12 o’clock position at the end of a cycle. This creates consistent visual alignment and a “finished” display look. It also signals better position awareness rather than a simple power cut.
Why this matters:
- Cleaner presentation in display setups
- More intentional, controlled behavior
- Consistent final orientation after cycles
Low-Friction Upgrade
Ceramic Bearings
Reduces friction drift for smoother long-term rotation.
Ceramic bearings reduce friction and resist corrosion, supporting stable long-term operation. In repeated daily motion, friction consistency is a major driver of smoothness and noise stability. Ceramic bearings help maintain refined rotation behavior across long use.
Why this matters:
- Lower friction behavior over long cycles
- Better stability in smoothness and sound
- Improved resistance to environmental wear
OUR SECURITY SYSTEM
ScanLogic Smart Safe Lock
Enigwatch winder/vault configurations can include a biometric access system for quick entry and controlled multi-user access. Lock features and configuration can vary by model.
Biometric Verification
Enables fingerprint-based entry without relying only on physical keys.
The sensor converts fingerprint ridge detail into an encrypted template used for matching, not a stored “image.”
Faster day-to-day access while keeping enrollment limited to approved users.
Multi-User Access
Supports enrolling more than one approved user (model-dependent). Users are added or
removed through the lock’s admin flow, so access can be controlled without sharing keys.
Practical for households or shared access scenarios where permissions need to stay managed.
Mechanical Locking
Authorization controls a physical locking mechanism that secures the door.
Electronic verification handles entry, while internal mechanical components provide real holding strength.
A lock should be hardware-backed, not only “smart” at the keypad.
Our Control System
ChronoSync™ Touch Panel
Enigwatch vault and winder configurations can include a touch control panel for setting TPD, direction, and cycle timing with consistent, repeatable operation.
Preset Rotation Programs
Set TPD and direction with clear, repeatable presets.
Controls turns-per-day (TPD) and rotation direction to match common automatic winding needs.
Designed to make daily settings easy to repeat across different watches and slots.
Cycle Scheduling and Control
Regulated run and rest cycles to avoid constant motion.
Uses timed intervals to alternate rotation and rest for stable long-cycle performance.
Reduces unnecessary runtime while keeping the watch in a ready-to-wear state.
Touch Interface and Status Readout
Simple control surface with at-a-glance status visibility.
Touch inputs provide quick changes to settings without external apps or extra hardware.
Displays key parameters like TPD, direction, and operating mode for fast confirmation.
Setting Rotation Correctly for Your Watches
Turns Per Day (TPD) is a reference point used to approximate how much motion an automatic watch typically needs to maintain readiness. It is not a universal constant, and settings can vary by movement.
For movement-specific references, use:
TPD | Watch Winder Guide
How Many Turns Does Your Watch Need
