Mechanics & actuation
Structures, joints, transmissions, actuators and thermal considerations are developed alongside payload and motion requirements.
Products
Compute, motion control, connectivity and safety foundations.
Part of Robotics.
Bryantech combines system architecture, electronic design, embedded intelligence, verification and production thinking to shape a dependable solution.
Detailed specifications, availability and programme-specific compliance information are confirmed with our engineering team before engagement.
Discuss this solution ↗
Engineering in practice
Robotics programmes require mechanical, electronic and software decisions to work together. Bryantech supports the integration of sensing, embedded computing, motion systems and application software around the task the robot must perform.
Applications
Mobile robots, robotic equipment, inspection systems and application-specific automation.
Technical scope tailored to your system and development stage.
Structures, joints, transmissions, actuators and thermal considerations are developed alongside payload and motion requirements.
Servo control, kinematics, motion planning and force-control interfaces are integrated with the selected motors and feedback devices.
Cameras, LiDAR, IMU and force/torque sensing provide inputs for perception, localization and sensor-fusion functions.
MCU/MPU/FPGA electronics, power management, embedded software and communications support onboard and remote operation.
A structured sequence with review points and recorded decisions.
Agree environment, operating modes and interfaces.
Bring sensing, compute and motion together.
Record behaviour and investigate failure modes.
Prepare configuration and support documents.
The agreed package supports design review, integration and the next project stage.
Mechanical, electronic and software integration package for the agreed scope.
Interface definitions, control parameters, test records and deployment guidance.
Build what comes next