Bergeon 6923-T-2000 Steel Tool Head for ETA 2000/1 Movements

The Bergeon 6923-T-2000 is a high-quality steel tool head designed specifically for blocking and unlocking the oscillating mass on compatible ETA 2000/1 calibres. This Swiss-made tool is an essential accessory for professional watchmakers, movement servicing, and precision repair work. With a diameter of Ø 7 mm, it is tailored for use with ETA 2000/1 movements, ensuring that watchmakers can effectively control the oscillating mass during servicing, allowing for safer handling when managing the automatic rotor assembly.

Key Features

- Genuine Bergeon steel tool head

- Reference: 6923-T-2000

- Designed to block and unlock oscillating masses

- For ETA 2000/1 calibre movements

- Ø 7 mm size

- Made from durable steel

- Swiss made quality

- Professional watchmaker tool accessory

- Supports controlled movement servicing

- Useful for automatic watch repair and maintenance

- Ideal for watchmakers, repair technicians, jewellers, and professional workshops

How to Use

Fit the Bergeon 6923-T-2000 tool head to the compatible Bergeon tool or handle according to the tool system being used. Position the tool head correctly on the ETA 2000/1 movement to block or unlock the oscillating mass as required during service. Apply light, controlled pressure and follow proper watchmaking procedures to avoid damaging the rotor, movement, or surrounding components. Always confirm calibre compatibility before use, as this tool head is specifically intended for ETA 2000/1 movements and should be used by trained users familiar with automatic movement servicing.

Specifications

- Brand: Bergeon

- Product type: Steel tool head

- Function: Blocks and unlocks oscillating masses

- Diameter: Ø 7 mm

- Compatible calibre: ETA 2000/1

- Material: Steel

- Country/Region of manufacture: Switzerland

- Application: Watch movement servicing, automatic rotor work, precision repair

This professional Bergeon steel tool head is essential for servicing ETA 2000/1 automatic movements and handling oscillating masses with accuracy and control.

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