Horology – WatchesAndMoreCO

Junghans and Max Bill: A Kitchen Clock Before the Purist Wristwatch

Junghans’s history places industrial scale beside Max Bill’s purist wristwatches in 1961. The partnership’s earlier starting point was a kitchen clock.

Abstract illustration contrasting repeated component shapes with a blank cream dial and geometric drafting lines. — Original conceptual editorial illustration; not a photograph of a real watch or person.

2026-11-11 · Watches And More

Twenty thousand watches a day—and a design approach described as purist. Junghans’s own history brings those two ideas together in 1961: it records 6,000 employees, 10,000 machines and exports to 100 countries, while dating Max Bill’s wristwatch designs to that same year. [S1] [S1]

For us, that juxtaposition is the story’s irresistible detail. Manufacturing scale answers how much a company can make; restrained design asks what each object should communicate. Those are different ambitions, and neither needs to cancel the other.

💡 Did You Know?

According to Junghans, the partnership began with a kitchen clock, not a wristwatch. In the early 1950s, the company considered commissioning an artist to design that everyday object; Bill developed the resulting clock with students. [S1] [S1]

Junghans also records Bill’s studies at the Bauhaus in Dessau and his role as a founder of Ulm’s design school. In the brand’s account, the Bauhaus connection is therefore biographical, not merely a label attached to a clean-looking dial. [S1]

Mid-century-style timeline showing the Junghans and Max Bill partnership beginning with a kitchen clock in the early 1950s and reaching wristwatch design in 1961. — From Kitchen to Wrist: a W&M illustration inspired by Junghans and Max Bill’s mid-century design partnership.

⭐ Why It Matters

Junghans’s collection page explicitly connects its max bill models with the Bauhaus’s clear, minimalist style. That is how the manufacturer presents the partnership’s continuing significance: as a design philosophy carried through the collection, rather than simply a name from its historical timeline. [S2]

❤️ The W&M Take

Our take: the compelling lesson is not that simplicity defeated industry. It is that an everyday object deserved an artist’s attention. We think that makes this partnership worth revisiting: restraint can be a positive design decision, not an absence of imagination.

Sources

Disclaimer: Every effort has been made to keep these watch facts accurate, but the world of horology is full of myths, disputed stories, and fascinating trivia. Consider these facts a starting point for discovery rather than the final word. If you have corrections or additional insights, let us know—we’re always happy to keep the record ticking in the right direction.

Orient Contemporary: A Mechanical Heritage with Room for Solar

Orient’s Contemporary collection puts its mechanical heritage beside a broader menu of watch formats, including explicitly solar-powered Stretto entries.

Original conceptual editorial illustration; not a photograph of a real watch or person.

2026-11-10 · Watches And More

In our view, the revealing question about a legacy watchmaker is not simply what it preserves. It is what that heritage leaves it free to change. Orient’s Contemporary collection offers a useful place to ask that question without making one familiar model stand for the whole brand.

In its official brand story, Orient dates its founding to 1950 and emphasizes its longstanding passion for in-house mechanical movements. That is the manufacturer’s account of its identity, rather than independent evidence of superior performance. [S1] [S1]

💡 Did You Know?

Contemporary is not a synonym for mechanical. Orient’s collection page lists Stretto Date, Semi Skeleton and Day & Night alongside explicitly solar-powered Stretto entries, plus Flusso Day & Night and Multi Year Calendar. Those names establish the collection’s breadth—not a shared movement specification. [S2]

For us, that is the interesting twist: a mechanical heritage need not become a rule that every expression of the brand must follow.

Watches & More infographic. Watch illustrations and specifications based on Orient’s official Stretto Date and Stretto Solar product references.

⭐ Why It Matters

Orient says its watches accompany lifestyles in over 70 countries and describes Contemporary as a timeless standard renewed by a modern spirit. Its own language connects continuity with adaptation, rather than presenting tradition as an unchanged visual formula. [S1] [S2]

The collection page also warns that some website items have limited availability. Its listings should therefore be read as a collection overview, not a promise that every model can be obtained in every market. [S2]

❤️ The W&M Take

Our take: heritage is more compelling as a foundation than as a fence. We think Contemporary makes Orient worth considering as a collection of possibilities, rather than a brand defined by one favorite. The appealing idea is continuity without insisting on sameness.

Sources

Jacqueline Dimier’s Royal Oak II: Preserving Character at 29 mm

Jacqueline Dimier approached the 1976 women’s Royal Oak through proportions, preserving its character rather than abandoning its steel and automatic identity.

Abstract illustration of nested octagonal steel-grey forms and drafting lines, exploring watch proportions. — Original conceptual editorial illustration; not a photograph of a real watch or person.

2026-11-09 · Watches And More

How do you change a watch’s proportions without losing its personality? Jacqueline Dimier’s answer was unusually direct. In Audemars Piguet’s published recollection, she describes preserving the Royal Oak’s character and wanting it to remain big despite prevailing women’s-watch trends. AP Chronicles identifies the result as Model 8638—the first women’s Royal Oak, also called Royal Oak II—launched in 1976. [S2] [S1]

💡 Did You Know?

Audemars Piguet gives the case diameter as 29 mm, with eight visible screws retained around the octagonal steel bezel. Inside, the company selected Calibre 2062, measuring just 15.4 mm across. The compact dimensions belonged to both the exterior design and the mechanism—not simply to a smaller dial. [S1] [S1]

There was an unexpected setting for its debut, too. AP Chronicles records that the Royal Oak II launched at Parisian jeweller FRED before its presentation at the Basel Fair, and describes the reception as an immediate success. [S2]

⭐ Why It Matters

AP Chronicles frames the design as a challenge to the feminine aesthetic codes of its period: steel, automatic winding and visible screws all remained. Its account also makes an important distinction about authorship. The project was already under way, but Dimier brought it to fruition through a major overhaul of proportions and aesthetic harmony. This institutional history credits her with resolving the design, rather than originating every part of the project. [S2] [S2]

❤️ The W&M Take

Our take: the most compelling part of this story is the distinction between reducing dimensions and reducing ambition. We think Dimier’s emphasis on proportions offers a useful way to appreciate design: ask not only what changed, but what the designer refused to surrender. For us, character is something to translate thoughtfully, not a feature reserved for one size or one audience.

Sources

Inside NOMOS’s Swing System: A Blue Spring and 40 Ways to Find Its Match

A blue balance spring and 40 classes of component matching reveal the detail behind NOMOS’s proprietary Swing System.

Original conceptual editorial illustration; not a photograph of a real watch or person.

2026-11-08 · Watches And More

Start with the small mechanism, not the dial. NOMOS describes itself as an owner-operated, independent company founded in 1990 by Roland Schwertner. Its Swing System brings that company story inside the movement: an escapement that NOMOS identifies as its own proprietary design. [S2] [S1]

According to NOMOS, the assembly includes a balance wheel with a blue balance spring, an escape wheel and a pallet fork carrying synthetic-ruby pallets. The escapement regulates the release of the spring’s stored energy rather than letting it unwind all at once. NOMOS explains that the fork’s two rubies alternately engage the escape-wheel teeth, metering that release. [S1] [S1] [S1]

Watches & More infographic based on NOMOS Glashütte’s description of the Swing System. Conceptual illustrations.

💡 Did You Know?

NOMOS describes a miniature matchmaking operation: balance wheels and springs are measured and sorted into 40 classes according to their properties. After a spring is fitted to its wheel, the pair is checked again for roundness and flatness. Making the parts is only part of the story; finding the right partners matters, too. [S1] [S1]

⭐ Why It Matters

NOMOS’s account connects production with adjustment: it describes making and fine-machining caliber parts, then constructing, assembling, regulating and encasing calibers in Glashütte. At the balance wheel, that work reaches microgram scale. The company says detected imbalances are corrected by removing tiny amounts of material—millionths of a gram. [S2] [S2] [S1]

❤️ The W&M Take

Our take: the compelling detail is not the word proprietary but the patient process behind it. We think component matching makes independence easier to understand as an engineering ambition, rather than simply a brand identity. For us, that is worth appreciating without treating ownership of an escapement design as proof of superior accuracy.

Sources

Ruth Belville’s Weekly Delivery: Greenwich Time in a Handbag

A checked chronometer, a weekly route and 30–40 customers: Ruth Belville made Greenwich time a personal delivery service.

Original abstract illustration of a pocket chronometer linking an observatory motif with clockmaker workshops across a stylized London map. — Original conceptual editorial illustration; not a photograph of a real watch or person.

2026-11-07 · Watches And More

The correct time arrived in a handbag. In Royal Museums Greenwich’s account, Ruth Belville travelled weekly to the Royal Observatory, checked her pocket chronometer against its standard clock, then crossed London to visit 30–40 paying customers. They could compare their clocks with hers: precision delivered through a repeatable, personal appointment. [S1] [S1]

Ruth Belville checked her pocket chronometer at Greenwich, carried it across London and helped customers compare their clocks. — Watches & More infographic. Editorial illustrations.

💡 Did You Know?

Ruth inherited the service rather than inventing it. Royal Museums Greenwich dates John Belville’s business to 1836; after his death in 1856, Maria continued it, passing the work to their daughter Ruth in 1892. The weekly delivery was a family enterprise across three successive careers. [S1] [S1] [S1]

The watch had a name, too: the supplied Science Museum Group object-record excerpt says Ruth called it ‘Mr. Arnold’. That record dates the family’s use of the watch from 1834 to Ruth’s retirement in 1940—a different starting point from Greenwich’s 1836 date for the service. [S2] [S2]

⭐ Why It Matters

The ritual included more than a glance at a clock. Greenwich describes a Monday journey by public transport, tea with the porter and a certificate of accuracy. The museum characterizes Ruth’s time service as accurate up to a tenth of a second—not merely as an informal exchange of approximate time. [S1] [S1]

Greenwich records Ruth’s working period as 48 years, alongside competition and expanding telegraph networks. Its account identifies BBC time broadcasts in 1924 and the speaking clock in 1936 as further challenges. Her route belonged to a changing landscape of time distribution, not a London without alternatives. [S1] [S1] [S1]

❤️ The W&M Take

For us, the charm is not simply that someone carried time in a handbag. It is that precision becomes a service: check, carry, compare, repeat. We think this story deserves a place beside the celebrated mechanisms of watchmaking, because it directs attention to the patient work that makes an accurate instrument useful.

Sources

Who was the Greenwich Time Lady?
Spring detent watch by John Arnold, used by Ruth Bellville and family to distribute GMT c.1834-1940 — attributed researched excerpt, verified 2026-11-05; publisher blocked fresh retrieval

Seiko’s Panda Chronograph Gives Its Ears a Job

Announced on 2026-10-06, Seiko’s literal panda chronograph gives its animal-inspired face working ears and bamboo-leaf hands.

Original abstract illustration combining an unbranded chronograph sketch with panda-like black-and-white shapes and bamboo-leaf forms. — Original conceptual editorial illustration; not a photograph of a real watch or person.

2026-11-06 · Watches And More

What happens when a watch designer takes a nickname literally? In its announcement dated 2026-10-06, Seiko explained how in-house designer Kiyotaka Sakai turned the “panda” chronograph into an actual panda-inspired watch. As Seiko describes the familiar convention, a white dial and contrasting black subdials supplied the starting point. Sakai took the animal reference further. [S1] [S1] [S1]

Seiko’s panda design uses contrasting subdials as eyes, chronograph pushers as ears, and bamboo-leaf-shaped hands. — Watches & More infographic. Editorial illustrations.

White Seiko HHK001 and pink HHK002 panda chronographs framed by bamboo and ink-wash pandas. — Seiko’s white HHK001 and pink HHK002 panda chronographs in a Watches & More editorial illustration inspired by Seiko’s product photos.

💡 Did You Know?

According to Seiko’s design explanation, the face is built from functional parts: drooping-eye subdials establish the expression, bamboo-leaf hands indicate the time, and recessed ear-shaped pushers operate the chronograph. An embossed radial dial pattern supplies the suggestion of fur, with a nose and mouth positioned at six o’clock. [S2] [S2]

The idea also comes in pink. Seiko describes two interpretations: the familiar black-and-white animal and a pink version inspired by a newborn baby panda. The animal reference therefore shapes more than the arrangement of contrasting subdials. [S1]

⭐ Why It Matters

Seiko places the design’s origins in its 2024 “Incredibly Specialized Watch Exhibition,” where seven designers explored seven specialized watches, including one for panda lovers. The company describes the wider power design project, first presented in 2001, as a space for its designers to investigate watches differently from their everyday work. [S1] [S1] [S1]

❤️ The W&M Take

In our view, the charm is in giving the joke a job. We think the strongest playful designs reward a second look without needing a complicated explanation. Here, the appeal is not simply a cute face: it is the pleasure of seeing familiar controls become part of the character. For us, that makes this a design conversation worth having, whether or not a literal panda belongs in your collection.

Sources

Watch Fact of the Day: When Gerald Ford Brought the Space-Age Digital Pulsar to the White House

During the height of the 1970s digital watch craze, U.S. President Gerald Ford famously wore a Hamilton Pulsar—the world’s first all-electronic digital watch wi

📅 Thursday, November 5, 2026

During the height of the 1970s digital watch craze, U.S. President Gerald Ford famously wore a Hamilton Pulsar—the world’s first all-electronic digital watch with no moving parts. Opting for a model with a leather strap, Ford’s high-tech accessory was captured by the press during major political hearings, marking a stark shift from traditional luxury gold timepieces to futuristic microchip technology in the Oval Office.

Gerald Ford wore a Pulsar in the 1970s. Pressing a button lights its red LED display. — Watches & More infographic. Editorial illustrations.

Category: Faces of Horology

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Certina Biostar: The Watch That Tried to Predict Your Day

In 1965, Swiss brand Certina released the Biostar, the world’s first and only wristwatch designed to track a person’s daily physical, emotional, and mental bior

📅 Wednesday, November 4, 2026

Imagine a watch that promises to tell you what kind of day you are about to have. The Certina Biostar brought that idea to the wrist with a colourful display based on a popular theory of human biorhythms.

It is a fascinating watchmaking object, but understanding it requires a distinction: its display calculated a pattern from a birth date. It did not measure the wearer’s body or detect their mood.

W&M infographic explaining the Certina Biostar's birth-date-based cycle display and the lack of scientific support for biorhythm theory. — The Biostar calculated proposed cycles; it did not measure the body. Editorial illustration based on Certina history, a 1972 brochure and Hines’s 1998 review.

⌚ A Watch with a Prediction Window

Certina’s current company timeline places the Biostar under 1971 and describes its display of physical, mental and emotional biorhythms. A surviving Certina brochure from 1972 documents the Biostar Electronic, with three coloured indications and a separate weekday display.

The 1972 brochure is a useful anchor for exploring the watch: it records specific electronic models and explains how their unusual display was set. Certina describes the Biostar as the first watch to display these proposed daily rhythms.

🎨 Three Cycles, One Personal Starting Point

The brochure assigns the proposed physical cycle 23 days, emotional cycle 28 days and intellectual cycle 33 days. Its colour key is red, blue and green respectively. These are the periods assumed by the theory, rather than three measurements taken by the watch.

At purchase, a watch specialist used the owner’s date of birth to obtain the setting values and adjust the display. Once set, the mechanism advanced the indications through the prescribed cycles. The result looked personal because its starting point belonged to one wearer.

⚙️ Calculation Is Different from Measurement

A calendar can display a future date because it follows a defined sequence. The Biostar’s appeal rested on a similar idea: mechanically present where a person supposedly stood within repeating cycles. The mechanism could reproduce that sequence without demonstrating that it described the person’s actual condition.

That distinction is the heart of the story. Building an ingenious display and validating the claim behind it are separate achievements. A colourful dial can make an idea feel tangible, but its precision as a mechanism does not establish its accuracy as a prediction.

🔎 What Happened to the Theory?

In 1998, psychologist Terence M. Hines reviewed 134 studies of biorhythm theory. His review concluded that the theory was not valid; reported positive findings were accounted for by methodological and statistical problems. This particular birth-date-based system should not be confused with established biological rhythms such as the daily sleep–wake cycle.

💡 Did You Know?

The 1972 brochure describes the watch specialist setting up the owner’s display using birth-date information. This was a personalised calculation long before an app could put a similar set of predictions on a screen.

⭐ Why It Matters

The Biostar captures a moment when watchmakers explored what else a dial might tell its owner. Its lasting interest comes from that mix of mechanical ingenuity, personalisation and the beliefs of its period.

The mechanism could keep track of the pattern. The pattern could not reliably predict your day.

📚 Sources & Further Reading

Certina — Company History
Certina — 1972 Product Brochure, archived scan
Terence M. Hines — Comprehensive Review of Biorhythm Theory (1998)

Join the Conversation

Would you collect a watch for its ingenious mechanism even if the theory behind its extra display did not hold up?

Category: Fun Quirk

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Citizen X-8 Chronometer: The Titanium Pioneer of 1970

In 1970, Japanese manufacturer Citizen beat the entire Swiss and global watch industry to market by releasing the X-8 Chronometer, the world’s first-ever wristw

📅 Tuesday, November 3, 2026

The first titanium wristwatch arrived with more than an unusual case. Citizen’s X-8 Chronometer also belongs to a fascinating chapter between traditional spring-driven watches and the quartz era.

In 1970, Citizen released the X-8 Chronometer, identified in the company’s history as the world’s first watch with a titanium case. Its case used titanium of 99.6% purity—a striking choice when the material was still closely associated with aerospace engineering.

W&M infographic about the 1970 Citizen X-8 Chronometer, its 99.6% titanium case, manufacturing challenges and electronic timekeeping. — The 1970 Citizen X-8 and the manufacturing challenges behind its titanium case. Editorial illustration based on Citizen’s historical records.

🚀 From Space-Age Material to Everyday Object

Citizen connects its interest in titanium with the Apollo era. The attraction was practical as well as futuristic: lightness and corrosion resistance offered appealing possibilities for something worn against the skin. But recognising a promising material was easier than turning it into a finished watch case.

The story is therefore about manufacturing as much as design. A material’s useful properties do not automatically make it easy to form, cut or finish. The X-8 asked Citizen to bring an unfamiliar metal into the precise, visible and frequently handled world of the wristwatch.

⚙️ Why Engineers Called It “Triple Trouble”

Citizen’s engineers gave titanium that nickname because pressing, machining and polishing all presented difficulties. Low thermal conductivity, material sticking to cutting edges and combustible machining shavings complicated production. Achieving the desired surface finish was another challenge.

These are workshop problems, not a suggestion that a finished titanium watch is liable to catch fire on your wrist. The point is how demanding the metal could be during processing.

🔋 Electronic Does Not Automatically Mean Quartz

Citizen places the titanium X-8 within its electronic-watch history. The earlier X8 of 1966 used a small silver battery and a transistor-driven moving-magnet balance motor. That background helps explain a distinction easily lost today: a watch can use electrical power while retaining a balance-based regulating system.

Quartz refers to the vibrating quartz crystal used as the timing reference, rather than simply to the presence of a battery. Calling the X-8 merely “battery powered” misses the more interesting story of electronic watchmaking before quartz became familiar.

💡 Did You Know?

Citizen explains the X-8 name as a combination of X, suggesting the unknown, and 8, whose shape recalls the infinity symbol. The name expressed the possibilities of titanium.

The 1970 case should also be distinguished from Citizen’s later Super Titanium™. The company dates the first Super Titanium model to 2000, combining titanium processing with its Duratect surface-hardening technology. Those later developments were not already present in the original X-8.

⭐ Why It Matters

The X-8 joins two kinds of experimentation: a different way to power a watch and a different material for its case. It reminds us that watch innovation happens at the workbench as well as inside the movement.

Before titanium became a familiar choice, someone had to learn how to make a watch from it.

📚 Sources & Further Reading

Citizen — 100th Anniversary History, X8 and X8 Chronometer
Citizen and Titanium: A Journey
Citizen — 50th Anniversary of Titanium Technology

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What interests you most about the X-8: the titanium case, the electronic movement, or the combination? Tell us below.

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Equation of Time: Why Your Watch and the Sun Disagree

Because Earth’s orbit is elliptical and its axis is tilted, true solar time doesn’t match our standard 24-hour civil clocks, fluctuating by up to 16 minutes thr

📅 Monday, November 2, 2026

Your watch and a sundial can disagree even when both are working perfectly. The Equation of Time explains why—and a remarkable watch complication makes that difference visible.

We organise life around uniform hours and minutes. The Sun follows a less convenient schedule. The interval between successive solar noons varies slightly through the year, so apparent solar time, read from the real Sun, gradually moves ahead of or behind local mean solar time.

W&M infographic comparing apparent solar time and mean solar time, explaining the seasonal offset and a conceptual cam display. — Apparent solar time minus local mean solar time: roughly 16 minutes ahead in early November and 14 minutes behind in February. Editorial illustrations; mechanism shown conceptually.

☀️ Why the Sun Does Not Keep an Even Schedule

Two effects combine: Earth travels around the Sun in an elliptical orbit, and its rotational axis is tilted. Together, they make the Sun’s apparent progress uneven compared with an imaginary “mean Sun” moving at a steady rate.

The resulting difference is called the Equation of Time. Using apparent solar time minus mean solar time, it reaches roughly 16 minutes ahead in early November and 14 minutes behind in February. Some watch displays use the opposite sign convention, so the maker’s instructions matter.

⚙️ An Astronomical Pattern Stored in Metal

An Equation of Time watch uses a carefully profiled cam and a feeler to translate the annual pattern into a mechanical indication. As the mechanism advances through the calendar, the changing cam profile moves a lever that controls the display.

This is a mechanical representation of a predictable astronomical cycle. The watch does not need to see the sky, and the complication does not correct an inaccurate movement. It adds another way to read time.

⌚ Two Ways to Show the Difference

A conventional display gives an offset on a graduated scale. The wearer applies that difference to the corresponding mean-time reading to obtain apparent solar time.

A running equation of time takes a more direct approach. Breguet’s Marine Tourbillon Équation Marchante 5887 uses separate minute hands for mean and solar time. Its cam-and-feeler mechanism drives the equation indication, allowing the two readings to appear together. The watch also combines a tourbillon and perpetual calendar.

💡 Did You Know?

Longitude and daylight saving time introduce separate differences between a sundial and your everyday clock. An Equation of Time indication alone does not automatically account for all of them. Compare local apparent solar time with local mean solar time first, rather than assuming every sundial should match your time-zone clock.

⭐ Why It Matters

This complication connects a wristwatch to the sky with something you can actually read: the changing gap between two ways of defining time. It makes an abstract relationship tangible through the movement of a hand.

Your watch divides the day evenly. The Equation of Time reveals the Sun’s changing rhythm.

📚 Sources & Further Reading

U.S. Naval Observatory — The Equation of Time
Australian Bureau of Meteorology — The Equation of Time
Breguet — Marine Tourbillon Équation Marchante 5887

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Would you choose a watch that follows the Sun, or is one minute hand enough? Share your thoughts below.

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⌚ A Watch with a Prediction Window

🎨 Three Cycles, One Personal Starting Point

⚙️ Calculation Is Different from Measurement

🔎 What Happened to the Theory?

💡 Did You Know?

⭐ Why It Matters

📚 Sources & Further Reading

Join the Conversation

🛍️ You Might Also Like

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🚀 From Space-Age Material to Everyday Object

⚙️ Why Engineers Called It “Triple Trouble”

🔋 Electronic Does Not Automatically Mean Quartz

💡 Did You Know?

⭐ Why It Matters

📚 Sources & Further Reading

Join the Conversation

🛍️ You Might Also Like

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☀️ Why the Sun Does Not Keep an Even Schedule

⚙️ An Astronomical Pattern Stored in Metal

⌚ Two Ways to Show the Difference

💡 Did You Know?

⭐ Why It Matters

📚 Sources & Further Reading

Join the Conversation

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