About ADOTC

Engineering-driven development for industrial textile production

ADOTC builds robotic sewing solutions for industrial textile production with a strong focus on practical implementation. The company combines textile process understanding with automation engineering, machine vision and software.

ADOTC founders and workshop scene
People behind ADOTC

Built by people with textile and automation expertise

The team brings together expertise in textile processes, robotics and industrial development. This practical background helps ADOTC turn demanding automation challenges into real pilot projects and scalable production solutions.

We are a creative, motivated and goal-oriented team with a shared focus on practical textile automation.

ADOTC team photo

Passion for textile automation

ADOTC founders and workshop scene

Industrial orientation

Solutions aligned with production environments for up to 3-shift use. Designed for robust operation, practical integration and dependable performance under industrial conditions.

Textile Handling

Robotics, sensing, software, AI and textile know-how combined in one process approach. This integrated setup is designed to manage flexible textile materials reliably and with high process stability.

Integrated system view

Useful for companies exploring whether robotic sewing or joining can make sense and give an economic advantage for adefined process.

Partners and funding support

Built on engineering expertise and applied development

ADOTC combines textile engineering, automation technology and industrial implementation. The company develops practical robotic sewing, welding & bonding solutions for manufacturing environments and builds on applied development supported through programmes including EXIST and DBU.

Partners and ecosystem

Funding and programme support

Next step

Let’s evaluate your textile process

Tell us about your product, production step or automation challenge. We will assess whether a robotic sewing approach is technically meaningful for your application.