Apiar Unveils Carbon1.0 OG: The First Commercial Watch with CBAM Technology
Written with artificial intelligence.
Apiar has launched the Carbon1.0 OG, claiming it to be the first commercially available watch featuring a case made with Composite-Based Additive Manufacturing (CBAM). This innovative watch combines a carbon-fibre outer case with a Grade 23 titanium midcase, offering a lightweight yet durable design.
Innovative Design and Technology
The Carbon1.0 OG from UK watch brand Apiar is touted as the first commercial watch utilizing Composite-Based Additive Manufacturing (CBAM). This model merges two advanced additive processes: a carbon-fibre outer case produced using CBAM and a Grade 23 titanium midcase created via laser powder bed fusion (LPBF). Weighing just 38 grams, the watch aims to balance strength and lightness.
Specifications and Pricing
Apiar offers the Carbon1.0 OG in two configurations:
- Standard Configuration: Priced at $1,800 and £1,620 in the UK. It comes with a ballistic nylon strap and an EVA travel case.
- Additive Upgrade Version: Available for $2,080, this version features a British-made Alcantara strap with a 3D printed titanium buckle and a unique travel case printed in SLS nylon.
Both options have a tapered strap design, transitioning from 20 mm to 18 mm. Orders for the Carbon1.0 OG will be accepted through the end of October, with a delivery timeframe of four to six months.
Manufacturing and Local Production
The majority of the Carbon1.0 OG's components are manufactured in the UK, with additive manufacturing occurring in Ebbw Vale, Wales. Other processes, including CNC machining and anodizing, take place at various locations across the country. Apiar is committed to increasing the percentage of British-made components in their products, aiming for 100% in the future.
Future Outlook
Apiar’s strategy focuses on leveraging innovative materials and unique geometries to distinguish itself in the watch market. The Carbon1.0 OG is positioned as a sports watch that not only showcases advanced manufacturing techniques but also paves the way for future models incorporating new materials and finishes.