What Raise Robotics Builds

Raise Robotics builds the Autonomous Mobile Fabricator (AMF), a modular robotic work cell that can operate on three different platforms: ground-level AGV, scissor lift, or boom lift. The AMF consists of an industrial robotic arm, control hardware, and an open tool interface, enabling rapid adaptation to multiple trade applications. The platform is aimed at automating repetitive, hazardous, and precision tasks like layout marking, drilling, scanning, installation, and (in development) surface coating and material movement. Raise Robotics serves contractors, fabricators, and shipyards, either through direct deployment of established applications or co-development partnerships for custom tasks. The business model supports both outright purchase and annual lease, always including training, remote diagnostics, and ongoing application support. Designed to integrate into real jobsite workflows and handle harsh environments, the platform emphasizes collaboration with human crews through built-in safety systems. This approach aims to mitigate workforce shortages and safety risks, while delivering traceable, auditable workflow results.

Raise Robotics Products and Models

These are the Raise Robotics models a buyer is most likely to be evaluating, and what each one actually does.

  • Autonomous Mobile Fabricator (AMF) – Ground-Level AGV — This configuration mounts the AMF robot on an autonomous ground vehicle for precision tasks on floors or horizontal surfaces such as layout marking, inspection, or drilling. It supports working heights up to 12 feet and includes fully manual to fully autonomous modes. It’s suited for large fabrication floors, warehouses, and areas requiring repeatable, accurate surface work.
  • AMF – Scissor Lift Platform — The AMF attaches to Genie GS Series scissor lifts to reach vertical and overhead surfaces up to 30 feet high. This setup is designed for scanning, drilling, and coating jobs that require working at elevation inside buildings, on exterior facades, or in ship interiors without scaffolding or prolonged human exposure to heights.
  • AMF – Boom Lift Platform — Mounted on a Genie Z-60 FE boom lift, this configuration supports work at heights up to 65 feet and provides articulated reach over curved or complex surfaces, such as ship hulls, bridge undersides, or tall building exteriors. The same AMF work cell and software suite power both configurations for operational consistency.

Raise Robotics Pricing and Availability

Raise Robotics does not publish fixed pricing on its website for the AMF or related platforms. Buyers can choose between annual lease or direct purchase models, which include the robot, application software, initial on-site crew training (2 days), remote support, and ongoing software updates. Engagement begins with a consultation and (for direct deployment) an on-site assessment to plan for integration. Lead times depend on the complexity of application; buyers can expect an initial assessment, pilot rollout, and full production schedule as part of co-development or deployment. The company is based in the US, with availability confirmed for US buyers and stated readiness to work with international partners. For custom applications or high-complexity deployments, co-development models may involve exclusive or shared IP agreements with staged rollout plans.

Who Raise Robotics Products Are For

Raise Robotics robots are designed for large contractors, industrial fabricators, and shipyards seeking to automate repetitive, hazardous, or high-accuracy tasks on active jobsites. Firms managing multi-trade environments, projects with critical safety compliance, or those aiming to increase quality documentation and digital traceability will benefit most. The AMF platform is suitable for operations that already use Genie platforms or need mobile robotics capable of handling dust, temperature extremes, or constrained interiors. Buyers with smaller-scale, low-mix environments or who lack the workflow or volume to justify up-front integration should look to more basic automation. Operators needing robots for non-industrial or highly specialized processes should confirm with Raise that their tools and integration needs are supported before proceeding.

  • Configuration flexibility: Determine if your environment calls for AGV, scissor lift, or boom lift operation. Each has different working height and reach specifications.
  • Application maturity: Out-of-the-box software is available for layout marking, drilling, and scanning, but painting, coating, and material movement integrations are still in development and may require a co-development partnership.
  • Integration with existing workflow: The AMF is most effective when integrated with digital BIM/CAD workflows. Verify your team has the data infrastructure to leverage automated layout and documentation.
  • Crew training and acceptance: Crews will require brief training and certification. Assess your team’s openness to robotics and the availability of technical support after deployment.
  • Site conditions: The robot is rated for -20°F to 120°F and rough or contaminated surfaces. Be sure your site’s access, clearances, and conditions are compatible with the robot’s size and movement.
  • Purchasing model: Budget for either annual lease or outright purchase, including provisions for training, remote monitoring, and regular updates.
  • Safety and compliance: The platform includes built-in perception and safety systems for collaborative operation, but local site regulations may require additional safety reviews or certifications.

Raise Robotics Alternatives

Robots and vendors a buyer typically cross-shops against Raise Robotics.

  • Canvas (canvas.build) — Canvas provides semi-autonomous robotic drywall finishing and painting solutions for construction sites. Unlike Raise’s multi-tool AMF, Canvas robots are dedicated to specific wall finishing trades.
  • Built Robotics (builtrobotics.com) — Built Robotics retrofits heavy equipment like excavators and dozers for autonomous earthmoving, targeting foundation and civils work rather than multi-tool fabrication or inspection in vertical construction or shipyards.
  • Hilti Jaibot (hilti.com) — Hilti’s Jaibot is a semi-autonomous drilling robot designed for MEP layout, anchor drilling, and documentation in commercial construction. It specializes in overhead ceiling tasks on interior jobsites.
  • Dusty Robotics (dustyrobotics.com) — Dusty Robotics builds layout robots focused on precision floor marking in construction. Unlike Raise’s AMF, Dusty robots do not offer vertical or elevated work, tool change-over, or drilling functionalities.
  • Okibo (okibo.com) — Okibo machines automate tasks such as wall painting and sanding, primarily in building construction. Their systems focus more on surface finishing and less on multi-tool, multi-environment deployment.

Recent news

A dated log of developments, each tied to its primary source.

  • 2026-08 — Raise Robotics has announced plans to develop autonomous robots for shipyard coating applications, using a mobile platform designed to coat large surfaces without crawling on them and to meet engineering requirements for operation in explosive atmospheres, such as ATEX Zone 2 environments. Robotics & Automation News

Bottom Line

Raise Robotics offers a modular mobile robot platform for automating a range of construction, heavy industrial, and shipyard tasks, covering both ground and elevated environments. The company’s focus on multi-tool adaptability, traceable workflows, and direct jobsite integration make the AMF suitable for buyers managing multi-trade complexity and safety-critical tasks. Pricing, deployment model, and application maturity must be assessed directly with Raise Robotics.

See our construction robotics hub for detailed buyer guidance and comparisons on site and fabrication robots.

FAQs

What is Raise Robotics’ main robot platform?

Raise Robotics’ flagship product is the Autonomous Mobile Fabricator (AMF), a modular robotic work cell designed for construction, fabrication, and shipbuilding. It integrates a robotic arm, compute stack, and tool interface and works as a ground-level AGV or mounts to Genie scissor and boom lift platforms for variable reach and application flexibility.

Which industrial tasks can the AMF perform?

The AMF supports tasks such as layout marking (direct from BIM/CAD), concrete and anchor drilling, as-built scanning, and (in development) painting, coating, and heavy material movement. It delivers floor-to-ceiling reach and is intended for hazardous or repetitive activities in heavy construction and shipyards.

How is the AMF deployed and integrated into jobsites?

Deployment options include direct application leasing/purchase or co-development for custom use cases. Integration starts with an on-site assessment, covers system configuration, and includes at least 2 days of crew training. The robot is designed to work alongside human crews on active, dynamic jobsites.

What support and safety features are included?

The AMF includes collaborative safety features: e-stop, area monitoring, LiDAR and camera-based 360-degree perception, and zone-based behavior control. Remote monitoring and diagnostics are available via cloud services, and every task is digitally logged for traceability and compliance documentation.

How do buyers acquire or lease the AMF?

Buyers can choose an annual lease or outright purchase model. Both options include hardware, application software, on-site crew training, support, and updates. Pricing and delivery timelines are available directly from Raise Robotics after initial consultation and site assessment.

What are the main alternatives to Raise Robotics’ AMF?

Competing robots include Canvas (drywall finishing), Built Robotics (autonomous earthmoving), Hilti Jaibot (drilling/layout), Dusty Robotics (layout marking), and Okibo (surface finishing). Each focuses on a more limited set of applications or environments compared to Raise’s multi-platform approach.

Primary Sources