Robot Components & Subsystems
Grippers, Sensors, Controllers & Building Blocks for Custom Robots
What are Robot Components & Subsystems?
Not every automation project needs a complete robot — sometimes you need the right component. This category covers grippers and end-effectors, vision and sensor systems, controllers, and other subsystems used to build or upgrade custom robotic solutions.
Best robots for Robot Components & Subsystems
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AgileX Robotics Nero
The AgileX Robotics Nero Standard is a lightweight, 6-axis collaborative robotic arm designed for research, education, and light industrial automation. It features an all-in-one control box, open-source software support (ROS, Python), and high-precision performance, making it an accessible and versatile platform for developing and deploying robotics applications.
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AgileX Robotics PiPER-X
The AgileX Robotics PiPER-X Standard is a lightweight, 6-axis collaborative robotic arm engineered for high-performance mobile manipulation. It features a 5 kg payload and 763 mm reach, making it ideal for integration with autonomous mobile robots (AMRs) and unmanned ground vehicles (UGVs). With full ROS support and an open SDK, it provides a versatile and powerful platform for research, development, and light industrial automation tasks, especially where mobility is a key requirement.
Learn MoreKey selection criteria
ROI analysis
Average Investment
$1,000 – $30,000 per component
Annual Savings
Varies by application
Payback Period
Application-dependent
Key benefits
Upgrade existing robots without full replacement
Mix and match best-in-class components
Lower cost of entry for custom integrations
Faster time-to-deployment for bespoke projects
Frequently asked questions
What do robot components cost?
$1,000–$30,000 per component — grippers and sensors at the lower end, complete vision systems and controllers higher.
Can I upgrade an existing robot instead of replacing it?
Often, yes — a new gripper, vision system or controller can extend a working robot's capability at a fraction of replacement cost. It's the cheapest route to new functionality.
How do I know a component fits my robot?
Check platform compatibility and interface standards (I/O, communication protocol) — the two specs we list first on every component. Tell us your arm or platform and we'll filter to what fits.
Do vendors help with integration?
Vendor support and integration documentation are part of our vetting — and our integrator network can do the fitting if your team doesn't want to.
Who typically buys components rather than complete robots?
Machine builders, research labs, and operations upgrading existing cells — anyone whose project needs the right building block, not another whole robot.
Where robot components & subsystems fits
Explore related areas to find the right robot for your operation.
Ready to automate Robot Components & Subsystems?
Answer a few questions about your site and budget; we'll shortlist robots that fit. About 3 minutes.