Robotics Lab
Next-Gen Robotics Engineering

Building Robots That Think

We design, engineer, and deploy intelligent robotic systems that transform manufacturing, logistics, and beyond. From concept to deployment — autonomy, precision, scale.

AI-Powered Computer Vision 6-Axis Motion Cloud Connected
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Industrial Automation Collaborative Robots Computer Vision SLAM Navigation ROS2 Framework Edge AI Force Control Pick & Place Welding Systems Industrial Automation Collaborative Robots Computer Vision SLAM Navigation ROS2 Framework Edge AI Force Control Pick & Place Welding Systems
What We Build

Robotic Solutions for
Every Challenge

01

Industrial Arms

6-axis and SCARA robotic arms for high-speed pick-and-place, assembly, welding, and packaging with sub-millimeter precision.

02

Collaborative Cobots

Force-sensing cobots that work safely alongside humans. No cages required. Intuitive teach-by-demonstration programming.

03

AMR Platforms

Autonomous Mobile Robots with LiDAR SLAM navigation for warehouse logistics, material transport, and flexible routing.

04

Vision Systems

AI-powered inspection, defect detection, and object recognition systems running on edge hardware for real-time decision making.

05

AI & Machine Learning

Custom ML models for path planning, grasping optimization, predictive maintenance, and adaptive behavior in dynamic environments.

06

Custom Integration

End-to-end system integration — PLCs, conveyors, sensors, safety systems, and cloud dashboards into one unified solution.

Robot Technology

Edge Processing

NVIDIA Jetson / Intel NUC

85%

GPU utilization at full workload

Core Technology

Engineered for
Real-World Performance

Every robot we build runs on our proprietary stack: real-time motion planning, sensor fusion pipelines, and adaptive AI that learns from your production environment.

ROS2 Native Architecture

Built on ROS2 Humble with custom DDS middleware for deterministic real-time control at 1kHz.

Multi-Sensor Fusion

LiDAR + depth cameras + force-torque + IMU data fused in real-time for robust perception.

Sim-to-Real Transfer

Train in Isaac Sim, deploy to physical hardware with minimal domain gap. 10x faster iteration.

OTA Updates & Fleet Management

Cloud dashboard to monitor, update, and manage your entire robot fleet from anywhere in the world.

See Product Specs

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Robots Deployed

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Uptime SLA

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Enterprise Clients

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Response Latency

Product Line

Meet the Machines

Each platform is modular, upgradeable, and backed by our 24/7 support and maintenance program.

01

LW-ARM 6R

6-Axis Industrial Arm • 20kg Payload • ±0.02mm Repeatability

Flagship
02

LW-COBOT 10

Collaborative Robot • 10kg Payload • Force-Torque Sensing

Popular
03

LW-AMR 500

Autonomous Mobile Robot • 500kg Capacity • LiDAR SLAM

New
04

LW-INSPECT AI

AI Vision Inspection • 0.1s Cycle Time • 99.9% Accuracy

AI-Powered
Our Process

From Concept to Deployment

01

Discovery

Site visit, workflow analysis, ROI modeling, and feasibility assessment for your use case.

02

Design & Sim

CAD modeling, simulation in Isaac Sim, cell layout optimization, and safety zone planning.

03

Build & Integrate

Assembly, wiring, software development, PLC integration, and commissioning at your facility.

04

Deploy & Support

Operator training, 24/7 remote monitoring, predictive maintenance, and continuous optimization.

System Architecture — Real-Time Data Flow

Sensors
Edge Compute
AI Pipeline
Motion Ctrl
Actuators
Cloud Dashboard
Client Stories

Trusted by Industry Leaders

"The LW-ARM 6R replaced 3 manual stations on our welding line. Cycle time dropped 40%, defect rate went from 2.3% to 0.1%. ROI in under 8 months. The integration team was exceptional — they handled everything including PLC interfacing."

MK

Marcus Klein

VP Manufacturing, AutoTech GmbH

"We deployed 15 LW-AMR 500 units across 3 warehouses. The fleet coordination software is brilliant — no collisions, dynamic rerouting, and the WMS integration was seamless. Throughput increased 3x."

SR

Sarah Rodriguez

Logistics Director, FulfillPro Inc

"LW-INSPECT AI caught defects our human inspectors missed. We trained it on 2,000 images in a weekend. Now it inspects 120 parts/minute at 99.9% accuracy. This is the future of quality control."

TN

Takeshi Nakamura

QA Manager, PrecisionTech Japan

Robot Lab
Let's Build Together

Ready to
Automate?

Tell us about your challenge. We'll assess feasibility, propose a solution, and show you the ROI — typically within 48 hours. No commitment, no cost for the initial consultation.

Free consultation · Response within 48 hours · NDA available

Request Received!

Our team will contact you within 48 hours.