KOBOTS
"INNOVATIVE TECHNOLOGY FOR THE BUILDING OF THE FUTURE"
Danish startup making mobile cutting robots for construction, reducing dust by up to 98% and noise by 50% versus traditional plunge saws.
KOBOTS Company ApS, founded in 2018 and headquartered at Lind Hansens Vej 13H, 5000 Odense C, Denmark (VAT DK-43798529), manufactures mobile cutting robots designed specifically for the construction industry. The company was founded by former carpenter Peter Hartvigsen. CEO Christina Grigoriou Dalsgaard leads the approximately 24-person team, in which employees own roughly 40% of equity.
KOBOTS produces two main product families: the KOBOT Classic (available in four sizes from 900x1200 mm to 1250x3050 mm board capacity, smartphone-controlled) and the KOBOT X (single-size, expandable via an Xtend module to 1250x3050x45 mm, with flexible design for diverse tasks). Robots are controlled through the KOBOTS APP and integrate a vacuum system that reduces construction dust by up to 98% compared to conventional plunge saws, while halving noise output to 83.2 dB(A). Products are available for purchase, rental, or leasing, with dealer networks in Denmark, Norway, and the UK.
Primary type & automation activities this supplier delivers:
KOBOT X
Next-generation mobile construction cutting robot with Xtend module handling sheets up to 1250x3050x45 mm via smartphone app.
KOBOT Classic
Mobile board-cutting robot for construction sites, available in four sizes from 900x1200 mm to 1250x3050 mm, smartphone-controlled.
Contact KOBOTS
WEBSITE
https://kobots.com/en/PHONE
+45 70 20 32 12HEADQUARTERS
Denmark
Company Facts
Founded
2018
Primary Role
Manufacturer
Company Size
-
Primary Region
Europe
Annual Sales
-
Funding Stage
-
Funding Total
-
Children Program SkoBot Robots to Speak Endangered Languages in Cultural Initiative
In Michigan, 12-year-old Holdon Hoy demonstrated his robot, SkoBot, speaking in Ojibwe, marking a unique cultural preservation effort. Danielle Boyer, 25, founded a nonprofit to guide Native American children in assembling SkoBots to learn endangered languages, inspired by a talking toy. With fewer than 10,000 speakers of Ojibwe in the U.S., the initiative aims to combat language loss exacerbated by historical policies. The importance of this project lies in its dual focus on technology and cultural identity. Boyer emphasizes that SkoBot uses a voice-triggered system rather than generative AI, ensuring factual accuracy in language learning. This approach addresses concerns about AI fabricating information, particularly as large language models begin to create non-existent Ojibwe vocabulary. The project not only teaches language but also fosters interest in STEM among children. As children program SkoBots to communicate in endangered languages, technology transcends its role as a productivity tool, becoming a means of cultural continuity. Boyer and Hoy's efforts highlight the intrinsic connection between language and culture, reinforcing that preserving language is vital for maintaining cultural identity.
Robotics Cultural Preservation STEM Education Endangered Languages
