Search Global Robotic and AI Suppliers
A continuously updated global directory of robotics, automation, and AI suppliers
Supplier directory
Advanced Construction Robotics
United States
Advanced Construction Robotics develops autonomous rebar installation systems: TyBOT, a self-locating rebar-tying robot achieving >1,200 ties/hour with 99% accuracy on horizontal intersections without pre-mapping, programming, or BIM; and IronBOT, a rebar handling robot for lifting, carrying, singulating, and self-placing up to 5,000 lb bundles in transverse/longitudinal orientations. Targets bridge, infrastructure, and heavy civil construction for schedule reduction and labor augmentation.
Construction Automation
United Kingdom
Develops ABLR for automated bricklaying with mortar dispensing and block placement. Constructs house shells using robotic arms for precision in residential masonry.
Construction Robotics
United States
Semi-Automated Mason (SAM) bricklaying robot. Robotic arm with laser guidance for brick placement; lays bricks 3–6× faster than manual; collaborative with mason; sensors for mortar slump, temperature, humidity, placement data; CAD-driven mapping.
Daewoo Construction 大宇建设
Korea, Republic of (South)
Engages in civil engineering, building, plant construction; explores robotics integration for site automation, but no dedicated construction robot products identified; focuses on traditional heavy construction with potential smart tech adoption.
Husqvarna Construction
United States
Remote-controlled demolition robots (DXR series: e.g., DXR 95, DXR 145, DXR 305, DXR 315). Electric/hydraulic; reach up 124–216 in; weights 1,299–4,696 lbs; power 13–36 hp; hydraulic flow 8.5–22.5 gal/min; 360° arm rotation; tool attachments (breakers, crushers).
Redworks Construction Technologies
United States
RedWorks Construction Technologies manufactures industrial-scale multi-material 3D printers designed for large construction components. Products include container-housed and standalone printer models using PLA+, recycled PETG, and biocomposite materials for additive construction.
4D1
Canada
The product is a Real-Time Location System (RTLS) that utilizes patented acoustic sensors for millimeter-accurate 3D positioning and full six degrees of freedom (6DoF) orientation. It operates on an infinitely scalable mesh network, providing low-latency updates (under 50 ms at 20 Hz) suitable for harsh industrial environments. The system is designed for seamless integration into existing workflows.
AL.Robot Co., Ltd.
Korea, Republic of (South)
The product line includes Joint Torque Sensors, 6-Axis Force/Torque Sensors, and Rotary Torque Sensors, designed for precision measurement in various applications. These sensors utilize advanced strain gauge technology for accurate force and torque readings. Target industries include manufacturing, aerospace, and robotics, facilitating enhanced performance in collaborative and industrial robotic systems. Custom sensor solutions are also available for specialized requirements.
All3
Serbia
All3 is a construction firm leveraging AI and robotics to optimize project workflows. The integration of advanced technologies enhances design precision and construction speed, resulting in reduced operational costs. Custom design capabilities allow for tailored solutions, promoting sustainability in material usage and energy efficiency. The company focuses on maximizing profitability for developers while adhering to industry standards and best practices.
Autodesk Research
United States
Autodesk Research focuses on advancing technology in architecture, engineering, and construction (AEC) through interdisciplinary projects. Key areas include human-computer interaction, robotics, and simulation optimization. The lab collaborates with industry partners to address design challenges, leveraging AI and advanced engineering techniques. Research outputs contribute to industrialized construction and media applications, enhancing efficiency and innovation across various sectors.
Automated Architecture (AUAR)
United Kingdom
AUAR offers an integrated construction platform utilizing robotics and AI for the automation of home building. Key components include the AUAR Micro-Factory, which enables on-site manufacturing with significant labor reduction, and the AUAR Master Builder, providing precise design specifications and real-time cost analysis. The system supports the entire value chain from design to delivery, ensuring efficiency and sustainability.
Baubot
Austria
Baubot mobile robotic arms are designed for construction automation, featuring modular components for adaptability on job sites. Equipped with advanced sensors and AI algorithms, they facilitate precision tasks such as bricklaying and material handling. The system integrates with Building Information Modeling (BIM) for real-time data processing and workflow optimization, enhancing productivity and safety in construction environments.
Bedrock Robotics
United States
Bedrock Robotics develops the Bedrock Operator, a retrofit autonomy kit with reversible, same-day hardware installation (sensors: multi-camera, LiDAR, GPS; edge/cloud compute) and large-scale ML models for supervised-to-fully autonomous operation of existing heavy equipment, starting with excavators (20–80 ton class) from major OEMs. The system enables adaptive task execution, superhuman precision/safety in dynamic environments, earthmoving workflows (e.g., mass excavation, loading dump trucks), targeting construction sites to address labor shortages and enable 24/7 operation in infrastructure, industrial, and data center projects.
BotBuilt
United States
a crucial role in advancing construction methodologies. Utilizing advanced robotics and software automation, BotBuilt enhances precision in home takeoffs and assembly processes. The integration of flexible robotic systems ensures repeatable quality control, reducing labor risks and material waste. This approach streamlines workflows, minimizes delays, and optimizes resource utilization, ultimately transforming traditional construction practices into a more efficient paradigm.
Building Diagnostic Robotics
United States
BDR's Roof Inspection-as-a-Service leverages advanced digital technologies for autonomous building diagnostics. Utilizing data analytics and machine learning, it enhances inspection accuracy, reduces operational expenditures, and minimizes warranty disputes. The platform addresses inefficiencies in traditional manual surveys, providing real-time insights and streamlining workflows for commercial flat roofing contractors, building portfolio owners, and insurance underwriters. Data-driven decision-making is prioritized.
Buildroid
United States
Buildroid develops a simulation-first robotics platform for construction automation using NVIDIA Omniverse-based digital twins and BIM integration. It transforms specialized and general-purpose robots (compatible with >40 types) into AI agents for multi-robot workflow orchestration, testing scenarios in simulation prior to on-site deployment. Flagship application targets masonry/block-laying with block-laying robot (BLR) and AMRs, achieving up to 30 m²/day throughput and automating ~80% of blockwork/partition-wall tasks via proprietary orchestration software and RaaS model.
Built Robotics
United States
Built Robotics specializes in autonomous robotic solutions for solar construction, focusing on solar piling and trenching technologies. The RPD 35 robot can transport 224 piles, supporting lengths up to 19 feet and payloads of 34,000 pounds. The RPS 25 ensures precise pile placement, achieving 1.0° accuracy and 15 mm elevation tolerance, enabling efficient and safe utility-scale solar installations.
Cafecito Lady, LLC
United States
The DriTender system integrates a precision dispenser for dry goods, enabling automated measurement and ingredient management. Users can create and store recipes in a digital library, facilitating efficient workflow in food preparation. The platform supports data analytics through reporting features, optimizing inventory control and minimizing waste. User authentication is managed via secure email and password protocols.
Carbon Origins Inc.
United States
Bobby is an autonomous robotic system designed for industrial applications, equipped with advanced AI safety protocols. It features collision avoidance through real-time obstacle detection, geofencing for operational compliance, and rollover prevention via stability monitoring. Remote oversight is facilitated by VR interfaces, while network redundancy ensures continuous connectivity. Emergency stop mechanisms, both wireless and on-machine, enhance operational safety.
Civ Robotics
United States
Civ Robotics specializes in automated construction layout solutions for solar farms and infrastructure projects. The CivDot system offers precision marking with accuracy up to 3/100’ (8mm) and operational efficiency, allowing a single operator to mark 1,000 to 5,000 points daily. Designed for ease of use, it requires no prior surveying experience, facilitating deployment across various terrains.
COREMATIC Europe
Belgium
COREMATIC Europe specializes in industrial automation, focusing on robotics integration, machine learning algorithms, and advanced computer vision systems. The company provides tailored solutions for manufacturing, logistics, and quality control applications, enhancing operational efficiency and precision. Their expertise encompasses system design, implementation, and maintenance, ensuring seamless interoperability between hardware and software components in complex industrial environments.
Cosmic
United States
The Cosmic Mobile Factory utilizes advanced robotics for the construction of custom homes, integrating sustainable materials and high-performance building techniques. Key features include fire-resistant designs, Energy Star-rated all-electric appliances, and customizable floor plans. The factory employs automated processes to enhance efficiency and precision, ensuring compliance with stringent building codes and environmental standards. The system is optimized for rapid deployment in fire-affected areas.
CSC Robotic Engineering Limited 智建机械
Hong Kong
CSC Robotic's main products are self-navigating drilling robots: Drillcorpio Model Df and automatic drilling/anchor installation robot Model D3, utilizing autonomous systems for construction automation.
Cuby
United States
Cuby Mobile specializes in automated microfactories designed for prefabricated construction. Utilizing advanced robotics and modular manufacturing techniques, these facilities streamline the production of building components. The integration of IoT and AI enhances operational efficiency, enabling real-time monitoring and quality control. This approach reduces construction time and waste, aligning with contemporary sustainable building practices and industry 4.0 standards.
Dusty Robotics
United States
Dusty Robotics develops the FieldPrinter, an autonomous mobile robot that prints BIM-based layout directly onto concrete slabs. The system integrates robotic positioning, CAD-to-field data processing, and millimeter-level accuracy to automate construction layout verification and installation workflows.
ex9
France
EX9 Tech develops driverless electric yard trucks for manufacturing and logistics operations. Its platform integrates multi-sensor perception, autonomous docking, and fleet management software to automate trailer movement and dock workflows in controlled outdoor environments.
Fabrica AI
Singapore
Fabrica AI develops robotic microfabrication systems for high-precision manufacturing. Its platform integrates nanoscale positioning, multi-axis motion control, and AI-driven process optimization to enable automated production of complex microstructures for optics, electronics, and advanced materials applications.
Gravis Robotics
Switzerland
Gravis Robotics develops autonomy systems for heavy construction equipment. Its platform combines perception sensors, real-time localization, and AI-based motion planning to retrofit excavators and earthmoving machinery for semi- or fully autonomous operation in dynamic jobsite environments.
Gritt
United States
Gritt Robotics specializes in Physical AI for solar construction, enhancing labor efficiency by 10x through automation. The system ensures precise module placement, operates effectively in challenging terrains, and integrates seamlessly into existing workflows. Designed for scalability, it supports multi-GW projects while significantly reducing installation time and costs, thus improving safety and operational efficiency in energy infrastructure development.
IAAN
Korea, Republic of (South)
IAAN specializes in industrial digital transformation, offering a comprehensive meta platform that integrates digital twin technology, augmented reality (AR), and virtual reality (VR) for enhanced operational efficiency. Key products include DTDesigner, DTDconvertor, and Smart CM, which facilitate system integration and reverse engineering. The platform optimizes manufacturing processes, supports KPI achievement, and enhances training through immersive simulations in high-tech environments.
