Platforms

Deployable Robotic Platforms

Pal Series and Son Series foundations for practical automation and modern robotic workflows.

MINTROBOT combines configurable mechanical architecture, middleware-ready communication, and modular integration into practical robotic foundations.

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Platform philosophy

Architecture for Practical Robotics

MINTROBOT systems are built around configurable structures, SDR-ready control architecture, and modular system interfaces. This allows each product direction to be adapted to operational requirements without treating every project as a one-off machine.

Configurable Mechanical Architecture

Core structures can be adapted for reach, payload class, mounting, workspace, and service requirements without rebuilding from zero.

SDR-Ready Control Layer

Prepared for middleware communication, teleoperation, data collection, and application-level integration.

Integration-Ready Modularity

End-effectors, sensing units, controllers, and mounting structures can be combined into field-ready robotic systems.

Product structure

Pal Series and Son Series

MINTROBOT organizes its current product structure around practical service automation. Pal Series provides a stable column-style workspace for table-top and fixed-workspace tasks, while Son Series adds a middleware-level gripper interface. This lets a system start from a field-ready structure and adapt only the reach, payload class, sensing, mounting, end-effector, and control elements required by the operating environment.

Pal Series platform render

Pal Series

Service RoboticsColumn PlatformSDR-Ready

The configurable service manipulation foundation. Pal Series provides a column-style platform structure suited to table-top and fixed-workspace automation tasks.

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Son Series gripper module render

Son Series

SDR-Level InterfaceEmbedded ControllerNetwork-Connected

The SDR-native gripper module. Son Series exposes a middleware-level interface directly from the end-effector, avoiding separate low-level fieldbus setup for system integration.

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System architecture

Designed for Modern Robotic Workflows

MINTROBOT systems support teleoperation, middleware-based integration, data collection, and practical automation. The architecture creates a defined path from application logic to Pal Series, Son Series, external modules, and sensors through middleware and SDR control.

Modern robotics workflow

SDR-native platform

Application layer

Application / AI Workflow

System interface

Middleware Interface

Control layer

SDR Controller

Platform module

Pal Series / Son Series

MINTROBOT platform

Platform module

External Modules

Mobile / leg / etc.

Platform module

Sensors

Vision / IO / environment

Engineering heritage

Industrial Robot Arm Experience Behind the Platform

MINTROBOT's current direction is built on accumulated development experience across industrial robot arms, automation mechanisms, and field-oriented robotic systems. This experience continues to support B2B development, licensing opportunities, and adaptation for industrial and service automation needs.

Development archive

Robot arm and automation video archive

Compressed web previews from prior robot arm and automation work. Click a video to inspect the workflow at a larger size.

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Articulated Pick-and-Place

Articulated robot arm handling experience for motion planning, end-effector timing, and repeatable object transfer.

SCARA Antenna Filter Tuning

Compact SCARA automation for tuning and process-oriented handling where repeatability and fixture interaction matter.

SCARA Assembly Workflow

Assembly-oriented SCARA application experience across part positioning, tooling, and controlled task sequencing.

SCARA Assembly Variant

Alternative SCARA assembly setup used to validate mechanism layout, station timing, and process-side adaptation.

SCARA Reel Packing

Packaging automation experience for repetitive handling, product transfer, and fixture-guided operation.

Column Conveyor Loading / Unloading

Column-style loading and unloading workflow experience that informs stable workspace and material-flow platform design.

Column Harvesting Workflow

Column robot application work for constrained reach, repeatable positioning, and task-specific manipulation around target objects.

Column Machine Tending

Machine-side automation experience for access, loading, unloading, timing, and maintainable cell operation.

3-Axis PCB Loading / Unloading

Cartesian automation experience for board handling, fixture access, and practical process integration.

3-Axis Powder Coating

3-axis process automation experience for path control, process consistency, and application-specific mechanism layout.

Project fit

Build on a robotic platform designed for deployment.

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