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Component Platforms
Individual robotic units that implement the control layer of a robot system, such as manipulators, end-effectors, sensing modules, and other controllable components.
App-ready robot platforms
Platforms for Robots That Run Applications
MINTROBOT builds app-ready physical robot platform foundations
for real deployment.
Our platforms give developers, researchers, integrators, educators, automation builders, and companies a physical target for building, testing, and deploying robot applications.
What MINTROBOT provides
Component and Compound Platforms
MINTROBOT provides component platforms, compound platforms, and reference applications for application-driven robotics. Deployment is the binding model that turns a platform and an application into one concrete robot instance.
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Compound Platforms
Application-ready platform configurations built from multiple components, such as dual-arm desktop platforms with arms, smart end-effectors, vision, and shared workspace.
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Reference Applications
Example behaviors and starter application patterns that demonstrate how platforms can be used. These are references, not the final product.
Robot model
Robot = Platform + Application + Deployment
A robot is not only a machine body. It becomes a concrete instance when a robot platform, an application, and a deployment definition are composed together.
Composable robot definition
Platform / Application / Deployment
01 Robot Platform
What the robot can provide
The physical foundation: component or compound platforms with motion, manipulation, sensing, control interfaces, workspace limits, and operating assumptions.
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02 Application
What the robot should do
The task logic: manipulation routines, service workflows, education scenarios, inspection behavior, data collection, or partner-built robot applications.
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03 Deployment
How it is bound to resources
The concrete binding: selected packages, controllers, sensors, hosts, simulation assets, real devices, and connection rules for one operating context.
Robot Instance = A runnable robot for one context
MINTROBOT focuses on the platform side of this model by building deployable physical foundations that can be matched with applications and deployment definitions for real and simulation environments.
Products
Component Platforms
MINTROBOT's products start with two component platform families for practical automation: a manipulation component platform and a smart end-effector component platform. These physical foundations can be used individually or combined into compound platforms.
Column Platform
Pal Series
Manipulation component platform for table-top and fixed-workspace application targets.
Smart End-Effector
Son Series
Smart end-effector component platform with embedded control, camera, and middleware connectivity for seamless VLA integration.
Service automation reference
Service automation at approximately one-fifth initial deployment cost.
A real service automation deployment used a platform-based architecture to reduce unnecessary system complexity, validate logic in simulation, and move toward commercial operation without treating the robot as a generic industrial arm installation.
Simulation validation
Architecture and operating logic validated before build decisions.
Real deployment
Project-specific implementation focused on cost structure, maintainability, and commercial operation.
Platform review
Need a robot platform foundation?
Talk with MINTROBOT about component platform fit, compound platform configuration, reference applications, deployment fit, operating conditions, and the path from platform review to real use.
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