Watchmaker Workstation Tray – Movement Holder System, PETG Bench Organization

Built for real watch work, not just storage. Version 2.

The Fine Winding V2 Movement Holder System is designed to keep your movements secure and organized during service. This system includes a dedicated base tray for holder storage and workflow support, along with a full set of movement holders for the most common movement sizes.

Designed around practical bench use, this setup keeps your holders organized, accessible, and ready for use without clutter. Each holder is 3D printed from durable PETG, creating a lightweight, affordable alternative to traditional metal movement holders while providing the stability needed for everyday watch repair.

What it does:
Securely holds watch movements during service and regulation
Reduces movement spin without excessive pressure
Keeps holders organized and accessible on the bench
Provides a stable base for quick workflow transitions

Features
Anti-spin movement holder design
Dedicated base tray for holder organization
Clean size labeling for quick identification
Optional stackable storage bin for additional organization
Compact footprint for efficient bench use
Lightweight yet durable PETG construction

Whats included
Movement holder base tray
Movement holders in the following sizes:
18mm
20mm
22mm
24mm
26mm
30mm
32mm
Optional stackable storage bin (if selected)
Material

3D printed using durable PETG filament for repeated bench use.

Important:
This is a lightweight, 3D printed movement holder designed as an affordable alternative to traditional metal holders. The clamping screw only needs to be tightened enough to securely hold the movement. Overtightening is unnecessary and may damage any plastic tool.

This listing includes the movement holders and holder base tray only. Watch trays, tools, and watches shown in photos are not included and are sold separately.

Notes
Each piece is made to order. Minor layer lines and cosmetic variations are a normal characteristic of the 3D printing process and do not affect performance or durability.