Material And Precision Engineering

Prevision Technology Limited

🌍 Official Website 🏢 HKSTP Source
74 Potential

Decision Maker

N/A
enquiry.marketing@hkstp.org
+852 2629 1818
5/F, Building 5E, 5 Science Park East Avenue, Hong Kong Science Park
Raw Description
Product | Prevision technology is committed to develop the next generation machine vision technologies and systems which are intelligent, reliable, efficient and flexible. We develop novel illumination and imaging optics system for machine vision, and deep learning based software platform and equipment. Our product can be widely applied to product inspection and quality control on filed of consumer electronics, automotive, and semi-conductor, etc. || Prevision Technology Limited is a Hong Kong based startup company which focus on developing novel Machine Vision technologies and related products for industrial applications. (e.g. Cell phone surface inspection, semi-conductor component inspection, etc.)

Strategic Analysis

Executive Brief

Prevision Technology Limited is a high-tech startup specializing in next-generation machine vision systems, specifically novel illumination and imaging optics. They integrate deep learning with hardware to provide inspection solutions for the semiconductor, automotive, and consumer electronics sectors (e.g., cell phone surface defects).

Strategic Fit & Lead Score

Lead Score: 74/100 (Adjacent Tech / Strong Potential)

Why this Score? Prevision Technology operates at the intersection of High-End Optics and Industrial Inspection. Their hardware faces three specific engineering bottlenecks where 6C diamond technology provides the "physics-limit" solution:

  1. Optical Durability: Industrial inspection environments (especially in automotive/semi) are harsh. Diamond windows protect expensive sensors from abrasion without compromising clarity.
  2. Thermal Drift: High-speed machine vision requires high-intensity "novel illumination" (LED/Laser). Thermal expansion in optics causes focal drift; diamond's thermal conductivity (2000+ W/mK) eliminates this.
  3. Spectral Range: If they move into IR or UV inspection for semiconductors, diamond is the only material with a wide enough transmission window.

6C Solutions Proposal

Application Area 6C Solution Technical Value Prop
Protective Imaging Windows SCD/PCD Optical Grade Diamond Vickers Hardness ~100 GPa. Replaces sapphire/glass for cell phone/automotive line inspection. Eliminates downtime caused by scratched or pitted optics in abrasive environments.
Thermal Mgmt for Illumination PCD Heat Spreaders Thermal Conductivity >1800 W/mK. High-intensity LED arrays used in high-speed vision suffer from "droop" and color shift due to heat. Diamond spreaders enable 2x-3x higher power density.
Precision Semiconductor Inspection Ultra-Pure SCD Windows Ra < 1nm. For wafer-level inspection, diamond windows provide zero-distortion imaging with high radiation hardness and chemical inertness.
Non-Standard Lens Coating Custom MPCVD Diamond Coating Direct deposition of diamond/DLC on specialized optical substrates to enhance refractive index and durability of their "novel optics" designs.
System Expansion Custom MPCVD Reactor Enables Prevision to bring optical material R&D in-house, creating proprietary "Diamond-Enhanced" sensor hardware for a competitive edge.

Engagement Hooks

  • Technical Question: "In your high-intensity illumination systems for semiconductor inspection, how are you currently managing thermal-induced focal drift and LED lumen depreciation over high-duty cycles?"
  • Value Statement: "6C can help Prevision Technology achieve 'indestructible optics' and absolute thermal stability by integrating MPCVD diamond windows and heat spreaders into your next-gen machine vision hardware."

Technical Specifications for Potential Collaboration

  • Surface Finish: 6C can provide Single Crystal Diamond (SCD) with roughness Ra < 1nm, essential for high-resolution machine vision.
  • Purity: 9N purity hydrogen-based growth ensures zero absorption peaks in the visible and IR spectrum.
  • Geometry: Ability to provide Polycrystalline (PCD) wafers up to >5 inches for large-scale inspection arrays.