Wind Knitting Factory Amerika250 USA tour

In September 2026, the Wind Knitting Factory, will travel through the United States  exploring connections between Dutch and American windmill heritage. The journey will bring the Wind Knitting Factory to a range of locations, from historic windmill sites to public spaces, creating opportunities for temporary installations, encounters and exchange along the way. See tour programme below:

Bubbled Matter

'Bubbled Matter' makes the invisible element air visible. It aims to confine air to visualize a breath. To achieve this, exhaled air is captured in glass bubbles and stacked into a collection of coffee tables.

Bubbled Matter

'Bubbled Matter' makes the invisible element air visible. It aims to confine air to visualize a breath. To achieve this, exhaled air is captured in glass bubbles and stacked into a collection of coffee tables.

Bubbled Matter

'Bubbled Matter' makes the invisible element air visible. It aims to confine air to visualize a breath. To achieve this, exhaled air is captured in glass bubbles and stacked into a collection of coffee tables.

Bubbled Matter

'Bubbled Matter' makes the invisible element air visible. It aims to confine air to visualize a breath. To achieve this, exhaled air is captured in glass bubbles and stacked into a collection of coffee tables.

September 12th – Holland Museum & Holland Area Arts Council, Holland, Michigan
September 13th – De Zwaan Dutch Windmill, Holland, Michigan
September 19th – Mid-America Windmill Museum, Kendallville, Indiana
September 22nd – Design Museum of Chicago, Chicago, Illinois 

Tour Schedule (subject to change)
Please check my website for the latest dates, locations, and updates.

Two techniques are combined: glassblowing and slumping, where flat glass is usually heated to collapse over a mold. The innovative aspect of this approach is that the air bubbles are sealed airtight, defying the 'laws of nature' in glassblowing. As a result, the bubbles do not collapse or break during the slumping process and are fused together. An interplay of hot air and expansion

Two techniques are combined: glassblowing and slumping, where flat glass is usually heated to collapse over a mold. The innovative aspect of this approach is that the air bubbles are sealed airtight, defying the 'laws of nature' in glassblowing. As a result, the bubbles do not collapse or break during the slumping process and are fused together. An interplay of hot air and expansion

Two techniques are combined: glassblowing and slumping, where flat glass is usually heated to collapse over a mold. The innovative aspect of this approach is that the air bubbles are sealed airtight, defying the 'laws of nature' in glassblowing. As a result, the bubbles do not collapse or break during the slumping process and are fused together. An interplay of hot air and expansion

Two techniques are combined: glassblowing and slumping, where flat glass is usually heated to collapse over a mold. The innovative aspect of this approach is that the air bubbles are sealed airtight, defying the 'laws of nature' in glassblowing. As a result, the bubbles do not collapse or break during the slumping process and are fused together. An interplay of hot air and expansion