The watchmakers' hand book — Reading Notes

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Authors: Saunier, Claudius, 1816-1896, Abbott, Henry G., 1858-1905 [Editor] Digital Source: Project Gutenberg Gutenberg Release Year: 2025 First Publication Year: Not confirmed

Key Word: Clock and watch making Target Reader: Readers of public-domain and historical texts

Book Edition: Project Gutenberg digital edition Book Language: en

Edition facts

Words 146,658

Reading time 638 min

Text sections 33

The source record for The watchmakers' hand book — Reading Notes measures this digital text at 146,658 words, 10 hr 38 min estimated reading time, and 33 detected text sections.

The text analysis averages about 24.3 words per sentence, while the detected sections provide another way to judge how the source is divided.

Project Gutenberg metadata also associates the work with “Clock and watch making,” connecting these edition facts with the source record’s subject description.

Source: Project Gutenberg record #76850

Claudius Saunier's workshop companion, edited by Henry G. Abbott, offers precise instructions for watchmaking tasks from screw extraction to polishing, with a focus on tool-making and material properties.

Editorial Edition Score 4.9/5

★★★★★ ★★★★★

Calculated from edition completeness, EPUB availability, text structure and catalogue metadata. Not a user rating.

How this score is calculated

Description quality20 pts
Title & short description10 pts
Source metadata20 pts
Text length15 pts
Chapters / structure15 pts
EPUB file integrity20 pts

Total of 100 points, scaled to a 2.5-5.0 range. Editions with an empty description or a missing EPUB file are not scored.

Edition quality

File: pg76850

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Italic text is denoted by _underscores_.

Bold text is denoted by =equal signs=.

Underlined text is denoted by __double underscores__.

Overlined text is denoted by @at symbols@. Overlines from square and cube root notations (²√ and ³√, respectively) have been omitted.

Footnote anchors are denoted by [number], and the footnotes have been placed at the end of the chapter.

A superscript is denoted by ^x or ^{xx}, for example und^r or 36^{th}.

Some minor changes to the text are noted at the end of the book.

This edition of the book did not include a Table of Contents. For the convenience of the reader one has been created here:

Preface. Index. Part I. Arithmetic, Geometry, Drawing, Etc. Arithmetic. Some Signs Employed in Calculations. Powers and Roots. Proportion. Elements of Practical Geometry. Geometrical Drawing. Drawing Instruments. Geometrical Drawings. the Micrometrical Dividing Table. Other Methods of Dividing Into Equal Parts. to Subdivide a Circle. Time. Part II. Materials Employed in Horology. Iron. Cast Iron. Steel. General Observations. Special Observations. Determination of the Qualities of Steel. Preparations of Steel. Hardening. Tempering. to Whiten and Blue Steel. Case-hardening. Influence of Foreign Metals and Metalloids on the Qualities of Iron and Steel. Copper. Zinc. Brass. Hammer Hardening of Brass. to Anneal Brass. Cast Brass. Tin. Bronze. Sterro. Lead. Nickel. German Silver. Gold. Silver. Aluminium and Aluminium Bronze. Mercury. Platinum. Palladium. Characteristic Properties of Alloys. Soldering. Methods of Soldering. Bronzing. Gilding. Acids and Salts. Oil. Alcohol. Benzine, Etc. Polishing Materials. Preparation of Polishing Materials. Smoothing. Smoothing of Brass. Smoothing of Steel. Polishing. to Polish Steel. Cement, Wax, Resin, Etc. Enamel. Precious Stones. Working in Precious Stones. Part III. Health and Manipulation. Preservation of Health. the Sight. the Body in General. Use of the File and Graver. to File Flat and Square With Both Hands at Once. to File Flat With One Hand. to Turn Cylindrical Pivots, Etc., and Square Shoulders. Part IV. Tools and Appliances. Workshop Fittings. the Lathe. the Foot Wheel. the Bench. Idlers. Chucks. the Slide Rest. Gravers and Other Hand-turning Tools. Drills. Lathe Attachments. Miscellaneous Small Tools. Accessories and Miscellaneous Operations to Be Performed in the Universal Head. to Center an Object. Uprighting and Drilling. Production of Screw Threads. Screw Plates and Taps. Taps. Methods of Tapping Holes. Rapid Mode of Making a Screw. Screw-head Tools. Tools For Cutting and Rounding-up the Teeth of Wheels. Wheel-cutting Engine. Cutters For Forming the Teeth of Brass Wheels. Mill Cutters For Steel. Tool For Making Cutters. Tools For Correcting the Form of Teeth. to Test the Accuracy of Certain Tools. Part V. Repairing and Examining Watches. Method. External Examination of the Watch. to Examine a Geneva Movement. Accessories For Beginners. Cleaning the Watch. Putting the Watch Together. to Examine English Or American Movements. to Rapidly Time a Watch Or Clock. Timing in Positions. Horizontal and Vertical. Note on the Proportions of Balances. Demagnetizing. Part VI. Practical Recipes. the Plate. the Barrel. Including Arbor, Stopwork, Mainspring, Etc. the Mainspring. the Fusee. Chain. Wheels. Pinions. Set-hands Square. Pivots. Bushing Pivot Holes, Etc. Depths. on the Application of the Geometrical Laws of Depths to Practice. Pallets. Cylinder. Balance Spring. Dial Plate. Metal Dials. Hands. Glasses. Broaching. Solid and Hollow Squares. to Straighten a Rod, Plate Or Wheel.

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Do not be deceived by an “IMITATION” when you can get the Genuine Webster-Whitcomb for $36.00.

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SEND for Price List and NOTE reductions.

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“Diamond” Brand Pin Tongues, put up in neat box, partitioned off, each size separate, warranted the best and stiffest Pins in the market, per gross - =$1.00=.

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Watches, Clocks, Diamonds, Jewelry and Silverware.

WATCHMAKERS’ HAND BOOK

INTENDED AS A WORKSHOP COMPANION FOR THOSE ENGAGED

IN WATCHMAKING AND ALLIED MECHANICAL ARTS

ILLUSTRATED AMERICAN EDITION

REVISED AND ENLARGED BY HENRY G. ABBOTT WITH SPECIAL REFERENCE TO THE WANTS OF AMERICAN WORKMEN

CHICAGO: GEO. K. HAZLITT & CO., PUBLISHERS. 1894.

COPYRIGHTED 1892, BY GEO. K. HAZLITT & CO.

M. Saunier’s writings occupy an unique position in Europe, as works of reference for all who are engaged in watchmaking, and it may not be out of place to observe that the American edition of his treatise promises to take a similar place among English-speaking communities.

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Claudius Saunier's The Watchmakers' Hand Book, edited by Henry G. Abbott, opens with a detailed table of contents that reveals its systematic structure: arithmetic and geometry first, then materials, health, tools, and repair. The book is not a narrative but a dense reference, yet its prose carries a distinct voice—practical, patient, and occasionally inventive. For instance, the description of a screw extractor tool notes that 'the ingenious workman can, with the expenditure of a little time, make an attachment for removing broken screws' from common watch keys. This sentence captures the book's ethos: it values resourcefulness and self-sufficiency, encouraging the reader to fabricate rather than purchase.

Precision in Diction and Procedure

The authorial choices in The Watchmakers' Hand Book reveal a commitment to exactness. Instructions are given in imperative mood: 'fasten it in your vise,' 'turn the washers,' 'revolve the plate slowly.' The language is unadorned but not dry—each verb carries weight. When describing how to remove a broken screw, Saunier specifies 'a little benzine or kerosene applied to the screw will help to loosen it,' a small detail that shows awareness of real-world friction. The prose avoids abstraction; instead, it anchors every step in physical action and measurable outcomes. The editor, Henry G. Abbott, preserves this directness, allowing the reader to follow procedures without ambiguity.

Material Knowledge as Authorial Signature

Saunier's treatment of materials—steel, brass, copper, and alloys—demonstrates a deep understanding of their behavior under stress. In the section on screw extractors, he advises hardening the tool 'in oil, polish, and temper to a dark straw color.' This specific color reference is not decorative; it indicates a precise temperature range achieved during tempering. The author assumes the reader knows that 'dark straw' corresponds to a particular hardness. Similarly, when discussing the removal of broken screws from watch plates, he recommends a solution of rain water and sulphuric acid, noting that 'the solution will not injure the brass plate or gilding in the slightest.' This confidence in chemical reactions reflects a practical chemistry honed by experience.

The Toolmaker's Ethos in the Workshop

Throughout the excerpts, Saunier emphasizes making tools rather than buying them. The description of a homemade roller remover or screw extractor from 'two common steel watch keys' illustrates a workshop culture where improvisation is a virtue. The author provides exact dimensions—'cut off the pipes about half an inch from the end'—and warns of pitfalls: 'have care that the squares in each are of the same size and of good depth.' This attention to fit and tolerance reveals an author who expects the reader to be both skilled and patient. The book does not merely instruct; it models a mindset of self-reliance, where the watchmaker is also a machinist, chemist, and problem-solver.

Health, Sight, and the Body at the Bench

Part III of the book, 'Health and Manipulation,' addresses the physical demands of watchmaking. Saunier discusses 'preservation of health' with sections on 'the sight' and 'the body in general,' acknowledging that fine work strains the eyes and posture. This inclusion is unusual for a technical manual of the era and reflects a holistic view of the craftsman. The author advises on filing techniques—'to file flat and square with both hands at once'—which suggests that efficiency and ergonomics matter as much as the final product. By integrating bodily care into a handbook of tools and materials, Saunier positions the watchmaker's body as another instrument requiring maintenance and skill.

Readers approaching The Watchmakers' Hand Book should treat it as a workshop companion rather than a linear text. The index and table of contents are essential for navigating its 146,000 words. The book rewards browsing: a passage on screw extractors may lead to one on tempering steel or the properties of alloys. Saunier's voice is consistent—direct, knowledgeable, and encouraging of ingenuity. For those interested in the craft's material culture, this edition offers a window into late-19th-century horological practice, where precision was achieved through hand tools and chemical baths, not digital calibration.

Years at the reference desk taught me that precision is its own quiet poetry. The watchmaker’s careful hand, coaxing a stubborn screw from its seat, shares a kinship with the patient pulse captured in Wireless Transmission of Photographs Second Edition, Revised and Enlarged 1919 — Inside the Classic—each page a delicate mechanism, holding light steady across a fragile distance. Both whisper of an era when exactness felt like love.