Robot maker · registered
Adlatus Robotics
CR700C/D navigates fully autonomously using laser-based SLAM and multi-sensor collision avoidance compliant with IEC 63327; S700-2 service station automates charging, wastewater drain, and freshwater refill enabling continuous unattended operation between shifts; SR1300 sweeper-suction variant pairs with S1300 station.
Company overview
Identity and operating footprint
Robot models
Specifications remain vendor-claimed
CR700C
- cylindrical-brush wet scrubber; CE certified; autonomous or manual joystick operation
vendor-stated brush type, certification, and operation modes
Claim source - ~10,000 m² cleaning area per charge; ~4 hr operation per charge
vendor-stated theoretical maximum cleaning area and battery runtime
Claim source - navigation by 2D/3D LiDAR SLAM; no cameras used (data protection)
vendor-stated navigation architecture and privacy design choice
Claim source
CR700D
- disc-brush/pad wet scrubber; interchangeable brushes and pads for smooth/resilient floors
vendor-stated brush type and floor surface applicability
Claim source - fully automated S700-2 service station: auto-charging, waste-water drain, fresh-water refill
vendor-stated autonomous service station capabilities enabling unattended multi-shift operation
Claim source
SR1300
- fully autonomous vacuum sweeper; S1300 service station provides automatic battery charging and waste emptying
vendor-stated operating mode and service station capabilities
Claim source - built on ADLATUS Trusted Robotics platform with laser-based SLAM navigation
vendor-stated technology platform and navigation approach
Claim source
Deployment log
Announced and cited only
Funding history
Publicly announced rounds
Grant
BMBF (Federal Ministry of Education and Research, Germany)
Round sourceSeed
High-Tech Gründerfonds (HTGF), MBG Mittelständische Beteiligungsgesellschaft Baden-Württemberg
Round sourceNetwork neighbours
Open full graph ↗Company timeline
Milestones and announcements
Source ledger
7 unique public sources