Material And Precision Engineering

MANGDANG TECHNOLOGY CO.,LIMITED

🌍 Official Website 🏢 HKSTP Source
52 Potential

Decision Maker

Mr. Afreez Gan
afreez@mangdang.net
68059011
Unit 938, 9/F, Building 19W, No. 19 Science Park West Avenue, Hong Kong Science Park, Pak Shek Kok, N.T.
Raw Description
We are a group of robotics lovers from around the world. | From Day 1, we were decided on introducing an open-source Mini Pupper, our first robotic product for the world that encourages collaboration among robotics lovers. We trust that great products come from joint efforts, and would like to keep our momentum and influence people to love robots and create a better world. | Description | Mangdang Technology specializes in Robotics Products Development with the use of AI and Machine Learning for educators, robotics enthusiasts and more. || Product | Mini Pupper 1.0 and Mini Pupper 2.0

Strategic Analysis

Executive Brief

Mangdang Technology is an innovative robotics firm specializing in open-source quadruped platforms (Mini Pupper) integrated with Edge AI and Machine Learning. Their focus lies in providing highly maneuverable, programmable hardware for educators, researchers, and hobbyists. As they push toward more powerful onboard compute and industrial-grade durability, thermal throttling and mechanical wear become primary engineering bottlenecks.

Strategic Fit & Lead Score

Lead Score: 52 (40-59: General Research / Engineering)

Why this Score? While Mangdang currently targets the educational/hobbyist market with low-cost components, their roadmap toward "Mini Pupper 2" and future professional iterations necessitates advanced materials. High-performance Edge AI modules (like NVIDIA Jetson or advanced Raspberry Pi setups) used in their robots generate significant heat in compact, unventilated chassis. Furthermore, as these robots move from "toys" to "tools" for industrial inspection, diamond-based wear coatings and optical windows become essential for survival in harsh environments.

6C Solutions Proposal

Application Area 6C Solution Technical Value Prop
Edge AI Thermal Management PCD (Polycrystalline) Heat Spreaders Diamond has a thermal conductivity >2000 W/mK. Replacing standard aluminum/copper heat sinks allows for 3x higher clock speeds on AI processors without active cooling, extending battery life and MTBF.
High-Torque Actuators Diamond-Like Carbon (DLC) & PCD Coatings Applied to servo gear trains and joints to reduce friction and eliminate wear. Increases the "operating hours" of the robot in abrasive environments (sand, dust).
Sensor Protection Optical Grade PCD/SCD Windows For robots equipped with Lidar or high-end cameras. Diamond is chemically inert and scratch-proof (Mohs 10), ensuring sensor clarity in industrial or outdoor inspections where plastic/glass would degrade.
Advanced R&D Lab Desktop MPCVD Reactor Build Enables Mangdang’s research community to experiment with "Functionalized Surfaces." They can develop their own proprietary diamond-coated components or sensors in-house.
Power Electronics SCD Substrates for GaN-on-Diamond If Mangdang develops custom high-density motor controllers, 6C can provide SCD substrates to handle the extreme power densities required for high-agility quadruped movements.

Engagement Hooks

  • Technical Question: "As you integrate more powerful AI modules like the Jetson Orin into the Mini Pupper frame, how are you managing thermal throttling during intensive SLAM and computer vision tasks without significantly increasing the robot's weight or acoustic footprint?"
  • Value Statement: "6C can help Mangdang transition from an educational toy to an industrial-grade tool by integrating Diamond thermal spreaders and wear-resistant coatings that extend component life by 500%."

Material Specifications for Robotics Integration

  • Thermal Conductivity: 1200 - 2200 W/mK (PCD to SCD grades).
  • Surface Roughness (Ra): <1nm for SCD (Optical/Electronic) or <30nm for standard PCD heat spreaders.
  • Hardness: ~100 GPa.
  • Chemical Stability: Inert to all organic solvents and strong acids/bases (ideal for robots in hazardous waste sensing).
  • Dielectric Constant: 5.7 (Low loss for high-frequency RF/Control signals).