RoboticsBabyDiscuss your projectCan this robot be developed?
Define the workflow, requirements, architecture and highest technical risks.
Custom robot development · OEM / ODM
Custom robot development—from feasibility to small-batch production.
Turn an operational need into a buildable robot system. RoboticsBaby coordinates mechanical, electrical and software development, field validation and production transfer for international product teams, solution providers and research partners.
Hardware + softwarePrototype → productionAPI & SDK optionsInternational delivery
Choose the development question you need to answer now
What should the prototype prove?
Build a functional test plan before committing to a larger program.
Can the design be manufactured repeatedly?
Plan DFM, configuration control, pilot builds and release tests.
What drives cost and schedule?
Separate engineering, prototypes, tooling, unit cost and lifecycle assumptions.
When an off-the-shelf robot almost fits
The last 20%—payload, access, interaction, integration, appearance or compliance—is often what determines whether a robot is used or abandoned. We engineer that gap.
Custom Hospital Logistics Robots
Hospital logistics robot development for medication, supplies, specimens and secure internal transport.
Explore →Laboratory Specimen Transport Robots
Custom autonomous robots for traceable, time-sensitive specimen movement between collection points and laboratories.
Explore →Custom Robots for Elderly Care
Purpose-built robots for care-home delivery, telepresence, guidance, reminders and operational support.
Explore →Research Robot Platforms & Joint Development
Custom research robot platforms, prototypes and small-batch manufacturing for universities and R&D teams.
Explore →Reduce risk at every decision
Discover
Workflow, users and success criteria
Design
Architecture, interfaces and cost drivers
Prototype
Working evidence for hard assumptions
Pilot
Real environment and acceptance metrics
Manufacture
Repeatable quality and documentation
Support
Diagnostics, spares and lifecycle
Fewer handoffs. Better accountability.
Robot Design & Development
End-to-end robot engineering from requirements and industrial design through mechanical, electrical and software development.
Explore →Robot Prototyping Services
Functional robot prototypes built to test navigation, payload, interaction and business assumptions before production.
Explore →Robot OEM & ODM Manufacturing
OEM and ODM robot manufacturing for branded products, specialized configurations and international delivery.
Explore →Robot Software, API & SDK
Base robot software and documented interfaces for task control, telemetry, integration and secondary development.
Explore →Robot Navigation & Fleet Management
Autonomous navigation, obstacle avoidance, maps, traffic coordination and fleet operations for custom mobile robots.
Explore →Robot Certification & Compliance Support
Certification planning, test preparation and technical documentation support for international robot products.
Explore →Open by design
Your application should not live inside a black box.
Define task, telemetry and event interfaces early. Choose the level of API, SDK, ROS-friendly access and business-system integration your team needs.
Explore software and interfaces →create_task({
type: "delivery",
pickup: "station-a",
dropoff: "lab-b",
priority: "urgent"
})Plan the project before choosing the robot.
How to Develop a Custom Robot: A Practical Roadmap
A practical roadmap from robot idea and requirements to prototype, pilot, certification and production.
Explore →How Much Does a Custom Robot Cost?
Understand the main cost drivers in custom robot design, prototyping, software, certification and manufacturing.
Explore →Custom Robot Development Timeline
Typical phases, dependencies and decision gates in a custom robot development program.
Explore →Robot OEM Manufacturer Selection Checklist
Questions and evidence to request when evaluating a custom robot development and manufacturing partner.
Explore →Prototype Robot vs Production Robot
Why a compelling prototype is not yet a safe, serviceable and repeatable commercial product.
Explore →AMR vs AGV for a Custom Robot Project
Compare autonomous mobile robots and guided vehicles for routes, integration, flexibility and risk.
Explore →No-obligation feasibility review
What must your robot accomplish?
Describe the workflow, environment and target. We will reply with the questions that matter and a sensible next step.