ADVANCED ROBOTIC MANIPULATORS

Solutions for Harsh Environments

Our manipulator arms and grippers provide a new capability for underwater ROV and other vehicle operators.

ADVANCED
ROBOTIC MANIPULATORS

Solutions for Harsh Environments

Our manipulator arms and grippers provide a new capability for underwater ROV and other vehicle operators.

JOIN OUR TEAM | We’re currently hiring across multiple positions – find out more information on Seek:

OUR STORY

We set out to make the world’s most reliable, tough, and advanced underwater ROV grippers, actuators, and manipulator arms in 2016. Initially a subsea robotics company, our product portfolio has grown to include manipulator arms for all harsh environments, subsea cameras and lights, and advanced perception and robotic controllers.

WHY CHOOSE BLUEPRINT LAB?

Our difference is the quality of our robotic solutions and the relationships we build. We are on our customer’s team. We collaborate. We push for the common goal of successful robotic intervention and inspection across a range mission-critical industries.

DISCOVER THE BLUEPRINT LAB DIFFERENCE

Our manipulator arms and ROV grippers help mission-critical industries get the job done

Adjustable Grip Force
Tough
Our subsea robotics
heritage means our system
are built for harsh
environments.
Reliability
High-Performance
Patented technology leads
to best-in-class strength
and size for underwater
ROVs, UGVs, and crawlers.
Innovative Tech
Easy to Use
Control options designed in
collaboration with
commercial and military
operators.
Easy integration
Easy to Integrate
Validated and tested
integrations on leading
underwater ROVs and
crawler platforms.

OUR PRODUCTS

Our manipulator arms for ROVs, UGVs, and other platforms are ideal for advanced intervention and inspection. Discover what makes the REACH ALPHA and REACH BRAVO so advanced.

manipulators

Tough, rugged subsea grippers for underwater ROVs. Warranted reliability and advanced performance. Simple to install.

ROV Grippers

Point your sensors with advanced control and extreme accuracy. Simple to integrate, get up and running fast.

Pan & tilt actuators

ROV cameras and lights that don't leak. 300m Depth Rated systems to transform your underwater ROV, or out-of-water robotic platforms.

Subsea camera and lights

ROV cameras and lights that don't leak. 300m Depth Rated systems to transform your underwater ROV, or out-of-water robotic platforms.

Controllers and software

Our ROV Products Overview

  • MANIPULATOR ARMS
  • ROV GRIPPERS
  • PAN & TILT ACTUATORS
  • SUBSEA CAMERA & LIGHTS
  • CONTROLLERS & SOFTWARE
ROV Manipulator Arms For Harsh Environment Our manipulator arms for ROVs, UGVs, and other platforms are ideal for advanced intervention and inspection. Discover what makes the REACH ALPHA and REACH BRAVO so advanced.

Underwater ROV Grippers & Grabbers For Harsh Environment Tough, rugged subsea grippers for underwater ROVs. Warranted reliability and advanced performance. Simple to install.

Underwater ROV Pan & Tilt Actuators Point your sensors with advanced control and extreme accuracy. Simple to integrate, get up and running fast.

Subsea ROV Cameras and Lights For Harsh Environment ROV cameras and lights that don't leak. 300m Depth Rated systems to transform your underwater ROV, or out-of-water robotic platforms.

Robotic arm controllers and software Advanced solutions for control of our subsea robotics solutions. Our master controllers provide the most intuitive way to operate a manipulator arm.

OUR APPLICATION AREAS

Our manipulator arms and robotic systems enable complex inspection and intervention in mission-critical industries and harsh environments. This includes Defense, Offshore Energy, Nuclear, Land, and Space domains.

Blueprint Lab robotic arms and associated systems are helping clients perform:

  • Infrastructure inspection including UWILD and Non-destructive testing (NDT) using CP, UT, and ACFM sensors
  • Special recovery operations
  • Counter IED and mine countermeasures tasks
  • Tooling intervention using underwater ROVs
  • Close visual inspection in confined spaces