Home / Brands / Eberhard & Co. / Scafograf / 41038.03 CU Eberhard & Co. Scafograf 41038.03 CU 43mm · Stainless Steel · Caliber calibre 2893-2 with soigné finishing · 100m
Eberhard & Co Scafograf GMT
Brand Eberhard & Co. Full reference 41038.03 CU Also written as 4103803CU Collection Scafograf Case diameter 43mm Case material Stainless Steel Water resistance 100m Movement Automatic Caliber calibre 2893-2 with soigné finishing Power reserve 42 hours Functions / complications Central Seconds, Date, Second Time Zone Dial color Black Bracelet / strap Rubber Copy page link
Related references — same collection Shared specifications help discovery; these links do not assert a predecessor or successor relationship.
Sources & record notes Displayed specifications follow the most complete source record. Other source records are retained below; conflicting values are not silently combined. The Watch Pages.
The Watch Pages · Eberhard & Co 41038.03 CU Original collection: Not recorded
Technical Specifications / Date Added: November 21, 2019
Technical Specifications / Reference: 41038.03 CU
Technical Specifications / Brand: Eberhard & Co
Technical Specifications / Case Size: 43mm
Technical Specifications / Case Material: Stainless Steel
Technical Specifications / Dial Color: Black
Technical Specifications / Movement: Automatic
Technical Specifications / Caliber: calibre 2893-2 with soigné finishing
Technical Specifications / Power Reserve: 42 hours
Technical Specifications / Water Resistance: 100m
Technical Specifications / Strap Material: Rubber
Technical Specifications / Strap Color: Black
Technical Specifications / Buckle Type: Pin
Technical Specifications / Bezel Material: Ceramic
Technical Specifications / Bezel Color: Black
Technical Specifications / Style: Sporty
Technical Specifications / Special Features: Luminescence, Rotating Bezel, Water Resistant
Technical Specifications / Complications: Central Seconds, Date, Second Time Zone Images are loaded from the cited external sources. Copyright remains with its holders; permission to reproduce locally has not been established.
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