SwissKubik

Name: SwissKubik
Address: Rue Chausse-Coq 16, Geneva, 1204, CH
Telephone: +41219216060

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Schweiz
Geneva
SwissKubik

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Swiss handmade watch winders crafted with utmost care to showcase and preserve your timepieces.

Stylish, 100% Swiss watch winders that keep your in motion. Designed and manufactured by hand in Switzerland for over 10 years, our watch winders are the product of the expertise which is naturally derived from the country’s watchmaking industry. Each watch winder is assembled by hand, and all our suppliers are located no further than 50 km from our factory. Thanks to their cubic shapes, our watch winders can be joined and multiplied almost infinitely, so whether you’re looking for a single watch winder or multiple ones, you’re sure to find a configuration that meets your needs. Dive into a world of precision, design, and passion for fine watchmaking with SwissKubik.

16/10/2026

The magnetic system now takes shape.

At this stage, the magnet is carefully assembled with the surrounding components that will work together with the coil to generate controlled rotation inside the motor.

Its position is critical. The interaction between magnetic field, coil and rotor depends on precise alignment and consistent assembly from one unit to the next.

What looks like a simple component is in fact one of the elements that makes motion possible.

15/10/2026

Inside SwissKubik – Building the Magnetic System

With the coils prepared, the motor assembly moves into another essential stage: the integration of its magnetic components.

The magnet and stator form the electromagnetic system that will ultimately convert electrical energy into controlled rotation.

Their positioning and assembly require the same level of care as the components seen throughout the process: each element must be precisely placed so the motor can operate smoothly, efficiently and consistently.

14/10/2026

Inside SwissKubik – Securing the Winding

Once the copper coil has been formed, it still needs to become a stable, reliable component.

The winding is secured through a controlled process using lead-free material and heat. This fixes the fine copper wires in position and helps the coil retain the precise geometry created during winding.

The result is then inspected under magnification to verify the quality of the finished component before it can move on to the next stage.

13/10/2026

Inside SwissKubik – Winding the Coils

Copper wire is wound with extreme regularity to form the coils at the heart of the motor.

Each winding has to be precise and consistent. The geometry, tension and distribution of the wire all contribute to the electrical and magnetic performance of the finished component.

Once energized, these coils generate the magnetic field that drives the rotor and transforms electrical energy into controlled mechanical movement.

A process repeated with the same objective at every stage: build precision into the motor before it ever starts to turn.

12/10/2026

Inside the motor, movement begins with copper.

These coils are carefully formed from fine copper wire before being integrated into the motor assembly. Their role is essential: once energized, they create the magnetic field that will drive the rotor and set the mechanism in motion.

What appears simple is in fact a highly controlled process. The winding must be regular, compact and consistent to ensure reliable electrical performance from one motor to the next.

Another step where precision is built into the component long before the motor starts turning.

08/10/2026

Inside SwissKubik – Verifying the Hardness

Heat treatment is complete. Now comes verification.
Each batch of gears undergoes a hardness test to confirm that the quenching and tempering process has given the component the required mechanical properties.

This control is essential: the objective is to ensure that the part is hard enough to resist wear and repeated mechanical stress, while retaining the balance of properties needed for long-term reliability.

Only once this result is validated can the component move on to the next stages of production.

The journey now continues in Ticino, where we will follow the manufacture of the motor itself, beginning with the winding of its coils.

07/10/2026

Inside SwissKubik – Hardening the Component

Once machining and inspection are complete, the output shaft moves on to heat treatment.

This stage is deliberately shown only briefly. Some parts of the process remain confidential, but its purpose is essential.

The component is heated and then rapidly cooled in a controlled process known as quenching. This changes the structure of the metal and significantly increases its hardness and wear resistance.
The objective is not simply to make the part harder. It is to prepare it to withstand repeated mechanical stress while preserving the precision achieved during machining.

A tempering stage then follows to refine the material properties and achieve the right balance between hardness, strength and durability.

From precision machining to controlled heat treatment, each step contributes to the long-term reliability of the motor.

06/10/2026

Inside SwissKubik – Inspecting Every Tooth

Machining is complete. Now comes verification.

Before the output shaft moves on to heat treatment, the pinion is carefully inspected to confirm the quality and consistency of its machined teeth.

At this stage, the objective is simple: ensure that the geometry created during gear cutting meets the required standards before the component is hardened.

Because once again, precision is not assumed. It is checked.

05/10/2026

Inside SwissKubik – Ready for Heat Treatment

The machining stage is complete.

The output shaft now leaves the machine with its pinion fully formed, ready to move on to the next step: heat treatment.

This process will harden the component and give it the mechanical resistance required for its role inside the motor.

From geometry to strength, each stage builds on the precision of the previous one.

02/10/2026

Inside SwissKubik – Gear Cutting

The output shaft is now entering one of its most decisive machining stages: gear cutting.

Here, the teeth of the pinion are formed directly onto the shaft, creating the geometry that will later transmit movement through the motor.

At this scale, precision is not only about dimensions. It is also about how each tooth is shaped, how it engages, and how smoothly motion is transferred from one component to the next.

A highly precise operation, with a very tangible role in the performance of the finished motor.

Adresse

Rue Chausse-Coq 16
Geneva
1204

Téléphone

+41219216060

Site Web

https://swisskubik.com/

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