Company

Building the Next Generation of App-Capable Robots

MINTROBOT develops robot platform foundations for Physical AI, humanoid-era automation, and deployable robot instances.

This direction is backed by more than 10 years of industrial robot manufacturing, deployment, and operation experience across real automation environments.

10+ years industrial robotics app-capable robot platforms Physical AI integration next-generation automation humanoid-era robotics

Why MINTROBOT exists

Robotics needs a broader platform ecosystem.

MINTROBOT exists to help open robotics to more participants, similar to how smartphones created a platform for applications. The robotics industry is entering a new era, and growth requires moving beyond closed, one-purpose machines toward app-capable robot platforms that more ecosystem members can build on, configure, deploy, and commercialize.

The Next Era Needs a New Structure

Robotics is moving beyond traditional fixed-purpose machines toward Physical AI, application-driven behavior, and deployable robot instances.

More Builders in the Robotics Ecosystem

Like the smartphone and app ecosystem, robotics can grow faster when platform makers, application builders, researchers, integrators, and partners can all participate.

App-Capable Robot Platforms

MINTROBOT builds robot platform foundations so applications and deployments can be developed without treating every new task as a from-scratch robot program.

What we build now

Component and Compound Robot Platforms

MINTROBOT supplies the platform foundations that help more robot applications be created faster. Component platforms provide controllable APIs, while compound platforms organize components and surrounding devices into app-ready foundations that AI and software teams can use to build robot instances for different purposes.

Component platforms

Arm

motion / manipulation API

Gripper

grip / vision API

Mobile Base

mobility / navigation API

Etc. Module

sensor / IO / device API

Compound platform

Robot applications

Manufacturing App

deployable robot app

Hospitality App

deployable robot app

Home Service App

deployable robot app

Etc.

deployable robot app

Robot instance / product

The product is the combined result: component platforms, compound platform architecture, robot applications, and deployment context working as one deployable robot instance.

Engineering heritage

Real Robot Experience Behind the Platform

MINTROBOT's platform direction comes from 10+ years of building and operating real robotic systems. Previous industrial robot arm projects are engineering records that shaped how we think about platform capability, service access, cost-aware design, and real deployment constraints.

7+ Years

Selected systems have remained in long-term production operation after initial deployment.

24/7

Experience with non-stop manufacturing lines where reliability, maintenance, and stable operation matter.

Still Operating

Original systems are still active today, validating design decisions over actual operating time.

Articulated Pick-and-Place

Historical articulated arm work for motion planning, end-effector timing, and repeatable object transfer.

SCARA Antenna Filter Tuning

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

SCARA Assembly Workflow

Assembly-oriented SCARA work 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 record for repetitive handling, product transfer, and fixture-guided operation.

Column Conveyor Loading / Unloading

Column-style loading and unloading workflow 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.

Column Machine Tending

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

3-Axis PCB Loading / Unloading

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

3-Axis Powder Coating

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

01 / 10

Commercial paths

How Companies Can Work with MINTROBOT

The preferred conversation starts with platform fit: target task, operating environment, workspace, payload class, mounting, maintenance access, validation path, and commercialization model.

Platform Fit Review

Evaluate whether Pal Series, Son Series, or a compound platform configuration can support the target application and deployment environment.

Compound Platform Configuration

Combine component platforms, perception, workspace, and system coordination for education, research, service automation, or partner integration.

License / Transfer

Discuss platform licensing, manufacturing transfer, or partner-led commercialization paths.

Technical Collaboration

Connect MINTROBOT products with runtime, sensing, simulation, validation, or application-layer partners.

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.

Start Platform Review