ABOUT
IN THE BEGINNING
LucSys was founded with a simple belief: robotics research should be about innovation, not spending months searching for components, integrating hardware, or solving the same engineering problems repeatedly.
Working closely with researchers, engineers, and innovators, we saw how much valuable time was lost between an idea and a working prototype. Finding reliable suppliers, integrating complex systems, and building software from scratch often became obstacles to progress. We knew there had to be a better way.
So we built a network of high-value manufacturing partners, assembled a team of experienced robotics engineers, and focused on one mission: helping researchers turn concepts into reality faster.
TODAY WE’RE STILL DRIVEN BY THE SAME MISSION
Today, we work with customers around the world, providing research platforms, robotic systems, and custom development services across academia and industry.
What makes us different is our ability to combine the entire robotics development chain into a single, efficient process. From mobile robot platforms and robotic arms to system integration, software development, and customized solutions, we help customers move from concept to deployment with speed and confidence.
Behind every project is a team that genuinely enjoys solving challenging problems. We collaborate closely with our customers, listen carefully to their goals, and focus on delivering practical solutions that work in the real world.
Whether you're building a research prototype, developing a proof of concept, or creating the next generation of intelligent robots, we're here to help you get there faster.
Why Choose Us
Technical DNA
Our team understands ROS2, kinematic models, and low-level protocols. We speak the same language as your researchers.
Vetted Supply Chain
We maintain direct relationships with 100+ specialized manufacturers, filtering out low-quality vendors to ensure reliability.
Operational Integrity & Transparency
We prioritize clarity in every transaction, from transparent pricing structures to rigorous international compliance.
End-to-End Accountability
From the first consultation to Day-1 operational support, we take full responsibility for the hardware we deliver.
Our Quality Assurance
01.
Mechatronic Integrity & Reliability Audit
We conduct comprehensive evaluations of mechanical precision and structural rigidity to ensure the hardware can withstand the rigors of intensive laboratory and field testing.
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Precision Inspection: Verification of mechanical assembly tolerances and structural load-bearing capacity.
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Power System Resilience: Stress-testing the power distribution network to ensure stable voltage delivery under peak operational loads.
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Researcher Focus: By eliminating low-level hardware instabilities, we enable your team to focus exclusively on high-level algorithm development without hardware distractions.
02.
Motion Precision & Kinematic Validation
Beyond basic movement, we verify the "Actual vs. Command" performance to ensure the robotic platform behaves exactly as your models predict.
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Drive-Line Accuracy: Testing the responsiveness and synchronization of the electric drive system.
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Trajectory Fitting: Comparative analysis of actual movement trajectories against expected kinematic commands to ensure high-fidelity motion control.
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Out-of-the-Box Readiness: Every platform is calibrated to be "research-ready," ensuring immediate operational deployment upon arrival.
03.
Protocol Stability & Open-Source Verification
We bridge the gap between hardware and software by validating the communication backbone of the robot within the ROS/ROS2 ecosystem.
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Communication Stress Test: Real-world ROS-based performance testing to ensure stable, low-latency communication between sensors, compute units, and actuators.
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100% Open-Source Commitment: We verify that all underlying drivers and interface protocols are robust and fully accessible.
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Unrestricted Development: All source code and communication protocols are provided to the user, ensuring a "no-black-box" environment for deep customization and academic innovation.
Global Connectivity, Local Expertise
Headquartered in Singapore, we serve as a strategic bridge between international research institutions and the rapidly evolving robotics manufacturing ecosystem. Our dual presence ensures that every project benefits from global compliance standards, efficient cross-border coordination, and direct, on-site technical oversight at the manufacturing source.