Information Communications Technology

IG Inno Limited

🌍 Official Website 🏢 HKSTP Source
62 Potential

Decision Maker

Mr. Jonny CHOI
info@ig-inno.com
+852 36223462
N/A
Raw Description
IG Inno Limited stations in Hong Kong and is a private-owned enterprise. We pursue the knowledge endlessly in research and development of industrial robots and autonomous mobile robot (AMRs) application. | We step up our pioneering adventure in developing innovative robotic solutions, aiming at ameliorating human welfare and improving working environment. As an advanced technology company, we feel responsible for shielding workers from operating in dangerous, contaminated sites by our edging techniques. | To meet this remote yet reachable goal, our visionary and engineers work in concert in the realms of robotics and automations. Our teammates comprise professionals with robotics, computer technology, 3D modeling, motion control, algorithm and construction techniques. Thereby, we are entrusted by HK Government and Bureaux, HK Hospital Authority, HK universities and higher colleges, and MNC. We work projects by projects and will never stop in advancing ourselves. | Description | Hong Kong start-up team in AMRs R&D and integration, management system and application development. || Product | With high flexibility in moduling and customization, IGNITOR could perform different tasks according to clients' requirement and working environment. We will give our clients the best solution of combination, from chassis to operating tools, finally transform to be your IGNITOR. IGNITOR could operate automatically with the autonomous algorithm. Clients could config the setting anytime in order to program the IGNITOR to give out the most efficient and effective performance according to the actual working environment by few minutes. | Different from common fleet system, R-fleet Manager is compactible across brands of AMRs. In the other words, clients could manage more than 1 AMRs with different chassis simultaneously. Workers could define missions of each robot and schedule them, and able to obtain real-time visualization of map and monitoring on-site. BIM / CAD date could able to be import and directly generate the map of sites.

Strategic Analysis

Executive Brief

IG Inno Limited is a Hong Kong-based robotics innovator specializing in Autonomous Mobile Robots (AMRs) and industrial robotic integration. Their core product, the IGNITOR platform, is designed for high-stakes environments including construction sites, hospitals, and contaminated areas. They focus on modular hardware, complex autonomous algorithms, and cross-brand fleet management (R-fleet), requiring high-performance onboard computing and robust sensing capabilities.

Strategic Fit & Lead Score

Lead Score: 62/100 (Adjacent Tech / High-Value Engineering)

Why this Score? While IG Inno is not a semiconductor manufacturer, their robots operate in "dangerous and contaminated sites" where standard sensors and electronics fail. Their reliance on high-speed autonomous algorithms implies significant heat generation in compact, sealed enclosures. 6C’s diamond technology offers the "hardening" required for their robots to survive chemical exposure and thermal throttling during intensive 3D mapping and motion control tasks.

6C Solutions Proposal

Application Area 6C Solution Technical Value Prop
Edge-AI Thermal Management PCD Heat Spreaders IGNITOR's autonomous algorithms require high-wattage GPUs/SoCs. PCD (Polycrystalline Diamond) has thermal conductivity >1800 W/mK (4.5x Copper), preventing thermal throttling in sealed, fanless robot chassis.
Chemical Sensing BDD Electrodes For AMRs deployed in "contaminated sites," Boron-Doped Diamond (BDD) sensors allow for real-time electrochemical detection of heavy metals or toxins with a wider potential window and superior fouling resistance compared to Platinum.
Environmental Protection Optical Diamond Windows Robots in construction sites face abrasive dust. 6C Diamond windows for LIDAR/IR sensors provide HK >50 GPa hardness and near-perfect transmission, ensuring 24/7 visibility without lens degradation.
Durable End-Effectors Diamond Coatings Custom MPCVD coatings for robot "operating tools" (drills, grippers) used in construction or medical sterilization, increasing tool life by 10x in abrasive or corrosive (H2O2) environments.
Advanced R&D Custom MPCVD Systems As IG Inno scales their "pioneering adventure," bringing diamond synthesis in-house allows them to develop proprietary "Diamond-on-Si" or "Diamond-on-GaN" power electronics for next-gen AMR motor controllers.

Engagement Hooks

  • Technical Question: "As your IGNITOR platforms transition from controlled hospital environments to harsh construction sites, how are you addressing the degradation of optical sensors and the thermal constraints of the high-compute edge-AI required for 3D modeling?"
  • Value Statement: "6C can provide IG Inno with the material foundation to make the IGNITOR truly 'indestructible' in contaminated sites—using Diamond to solve the thermal and sensing bottlenecks that limit current AMR platforms."