The Virga pen was designed by Kjell Semmer of Berlin-based studio Varydes as a ballpoint pen with a 3D-printed 316L stainless steel body. Its open lattice structure creates an organic appearance that changes as light passes through the woven metal framework. Named after the meteorological phenomenon in which rain evaporates before reaching the ground, the pen combines sculptural geometry with everyday functionality. The design measures 12.7 centimeters long, weighs 39 grams, and uses a standard G2 refill with a twist mechanism.
Each pen is individually assembled, inspected, and hand-polished at the Varydes studio while retaining the natural finish of the stainless steel. The additive manufacturing process produces the intricate lattice structure, creating forms that are difficult to achieve through conventional machining. Built for repeated use with replaceable G2 refills, the pen pairs a durable metal construction with a reusable writing system.
Image Credit: Kjell Semmer
Key Themes Behind This Trend
- 3d-printed Stationery
- Additive manufacturing brings intricate, small-batch writing tools into premium markets where complex geometries can differentiate everyday objects.
- Lattice Metal Aesthetics
- Open-framework steel structures create distinctive visual depth and tactile identity for functional products that conventional machining struggles to replicate.
- Refillable Design Longevity
- Reusable formats with standardized refills position durable accessories as sustainable alternatives to disposable office and lifestyle goods.
Where This Applies
- Writing Instruments
- Premium pens gain new relevance through sculptural materials, modular refills, and collectible designs that merge utility with personal expression.
- Additive Manufacturing
- Precision metal printing enables commercially viable production of complex consumer products with reduced tooling constraints and elevated customization potential.
- Luxury Accessories
- Everyday carry objects become high-value design statements when craftsmanship, durability, and advanced fabrication converge in limited-production formats.
