Product How It Works Specs FAQ
Built on NVIDIA Jetson Orin AGX

Control Any Robot.
With Words.

The AI-powered robot controller that replaces complex programming with natural language. One box, any brand, every task.

Configure Your Robot AI Box See How It Works

Trusted by industry leaders

YASKAWA NVIDIA DOOSAN FANUC
Why Robot AI Box

Stop programming robots.
Start talking to them.

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Multi-Brand Compatible

Works with Yaskawa, FANUC, ABB, KUKA, Universal Robots, and more via EtherCAT + ROS2 integration.

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Industrial-Grade Safety

Built-in Safety Layer enforces speed, torque, and range limits. LLM output is never trusted โ€” safety is hardware-level.

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Deploy in 1 Week

Pre-configured box arrives ready. Connect to your robot, start commanding in natural language. Full onboarding in 7 days.

How It Works

Three steps to intelligent control.

01

Connect

Plug Robot AI Box into your robot controller via EtherCAT or ROS2. No existing setup changes needed.

02

Command

Describe your task in plain language: "Arc weld this path at 10mm/s with 5mm weaving." AI generates and validates the code.

03

Control

Safety Layer verifies, then executes. Robot runs independently โ€” even if you disconnect. Adjust in real-time with voice.

Configure

Build your Robot AI Box.

1
Base Model
2
Application
3
Add-ons
4
Summary
Base Model
The foundation of your intelligent robot control system.
Robot AI Box

Robot AI Box

Powered by NVIDIA Jetson Orin AGX ยท 275 TOPS
WIM SDK โ€” Motion, Safety Layer, Protocol Drivers
EtherCAT + ROS2 dual communication
On-device AI inference (Vision, Path Planning, Anomaly Detection)
Natural language interface via LLM
OTA remote update support
Pre-configured, plug-and-play delivery
โ‚ฉ6,000,000
One-time hardware cost ยท Includes base WIM SDK license
Yes We can customize with SDK
No We need turnkey solution
Application Packages
Select the task packages for your production needs. Multiple selection available.
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Handling

Pick & place, palletizing, material transfer with AI vision integration.

Motion planning & collision avoidance Gripper control library Object recognition templates
โ‚ฉ2,000,000
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Most Popular
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Arc Welding

Professional arc welding with pre-tuned parameters for current, voltage, speed, and weaving.

Welding path generation from CAD Material-specific parameter presets Real-time quality monitoring
โ‚ฉ3,000,000
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Grinding & Polishing

Precision force-controlled surface finishing with external force/torque sensor integration.

Force control profiles Surface quality sensing Adaptive grinding patterns
โ‚ฉ2,500,000
Add-on Options
Enhance your system with additional capabilities.
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Vision Camera Integration Most customers add this

Connect 2D/3D cameras for object recognition, position estimation, and defect detection.

โ‚ฉ1,500,000
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Auto Path from 3D CAD

Import 3D CAD models and automatically generate optimized robot paths.

โ‚ฉ2,000,000
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Manual Path via PC Most customers add this

Create and edit robot paths by placing waypoints on a PC interface.

โ‚ฉ800,000
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Multi-Robot Control

Control and coordinate multiple robots from a single interface.

โ‚ฉ3,000,000
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Voice Control

Hands-free voice commands processed locally on-device. No network required.

โ‚ฉ1,000,000
Your Configuration
Review your selection and request a quote.

Request a Quote

ISO 10218-1 CE Ready EtherCAT ROS2
Estimated Total โ‚ฉ6,000,000
Performance

Built for the factory floor.

275
TOPS AI Performance
<1ms
Control Loop Latency
7
Days to Full Deployment
6+
Robot Brands Supported
"Robot AI Box transformed how we approach robot programming. What used to take weeks of expert programming now takes hours with natural language."
โ€” Engineering Lead, Global Manufacturing Partner
Technical Specifications

Under the hood.

Category Detail
ProcessorNVIDIA Jetson Orin AGX โ€” ARM Cortex-A78AE, 2048 CUDA Cores
AI Performance275 TOPS (INT8)
Memory64GB LPDDR5
Storage64GB eMMC + NVMe SSD
ProtocolsEtherCAT, ROS2 / MotoROS2, CAN (planned), PROFINET (planned)
SensorsForce/Torque, 2D/3D Vision, Laser Scanner
SafetySDK Safety Layer โ€” Speed, Torque, Range limits + Emergency Stop
SoftwareWIM SDK (Python/C++), AI Inference Engine, Natural Language Interface
UpdatesOTA Remote Update
DimensionsCompact industrial-grade enclosure
Download Full Datasheet (PDF)
FAQ

Common questions.

Yaskawa (via MotoROS2) is currently in production. Doosan Robotics, FANUC, ABB, KUKA, and Universal Robots are on our roadmap, supported progressively through brand-specific adapters. Any robot with EtherCAT or ROS2 support can achieve basic motion control.
Safety is our #1 priority. The SDK Safety Layer enforces hardware-level speed, torque, and range limits. LLM-generated code is never trusted directly โ€” it must pass through safety verification, parameter validation, and optional dry-run simulation before execution.
No. Once code is generated and transferred to the Robot AI Box, it runs completely independently on the Jetson. Even voice control is processed locally. Internet is only needed during the code generation step with the LLM.
Customers subscribe to and manage their own LLM service (e.g., Claude). WIM provides the SDK and hardware โ€” LLM costs are separate and under your control. This keeps our pricing transparent and gives you freedom to choose your preferred AI provider.
Typically under 1 week. Day 1-2: hardware installation and connection. Day 2-3: first task demonstration with WIM engineer on-site. Day 3-7: operator training until your team can independently create and modify tasks in natural language.

Ready to transform your production line?

Configure your Robot AI Box or talk to our engineering team.

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