DokaXbot Lift
Doka GmbH (subsidiary of Umdasch Group AG) · Concrete · Shipping
Last updated: 2026-04
Summary
The DokaXbot Lift is a wheeled, remote-controlled robot that lifts and positions DokaXdek slab formwork panels from ground level to working heights up to 5.7 m using a three-step semi-automated workflow. It covers one subtask within the concrete job category: formwork installation, including slab-edge placement with safety railings fitted. The robot is available as a rental product following its reengineered debut at bauma 2025; a prototype first appeared at bauma 2022 at 5.2 m working height.
How it works on your site
Formwork Installation and Stripping
The operator pre-positions the robot and panel from ground level using a remote control, the robot automatically adjusts height and fine-positions the panel using onboard sensors, and the operator then manually guides the panel into its final position in the support heads. The robot handles slab-edge placement with safety railings fitted, covering perimeter forming work. The crew still handles support head setup, panel loading, and all work outside the DokaXdek system.
How it worked on other sites
CONEXPO 2026 demonstration Vendor mention
CONEXPO 2026 demonstration Vendor mentionTrade show · Las Vegas, Nevada, USA · 5-day event (March 2026)
- Live demonstration of formwork positioning on a 60 ft x 80 ft, three-level outdoor exhibit.
- Reengineered version demonstrated, confirming US market intent.
Vendor test sites Vendor mention
Vendor test sites Vendor mentionCommercial construction · Austria and Germany · Pre-bauma 2025
- Vendor states the robot "has already proven its value on test sites."
- Zero verifiable details: no named site, no named customer, no performance metrics published.
bauma 2022 prototype debut Vendor mention
bauma 2022 prototype debut Vendor mentionTrade show · Munich, Germany · October 2022
- Prototype demonstrated slab formwork erection up to 5.2 m and slab-edge forming.
- Working height was 5.2 m at this stage; reengineered to 5.7 m by bauma 2025.