訊稷光拓|訊技光電與您相約 SPIE-CLP Conference on Advanced Photonics 2025，共探光學科技前沿
InfoCrops-Lighting | Infotek invites you to attend the SPIE-CLP Conference on Advanced Photonics 2025
我們誠摯地邀請您參加2025年11月14日至16日在香港理工大學舉辦的SPIE-CLP Conference on Advanced Photonics 2025。本次國際學術盛會由中國激光雜志社、香港理工大學與國際光學工程學會（SPIE） 聯合主辦，并由高水平國際期刊 《Advanced Photonics》 發起。會議將匯聚全球頂尖的光子學科學家、研究人員與行業精英，共同展示與探討先進光子學領域的最新研究成果與發展趨勢，是業內不容錯過的年度交流盛會。
We cordially invite you to attend the SPIE-CLP Conference on Advanced Photonics 2025, to be held at The Hong Kong Polytechnic University from November 14 to 16, 2025. This international academic gathering is jointly organized by Chinese Laser Press (CLP), The Hong Kong Polytechnic University, and Society of Photo-Optical Instrumentation Engineers (SPIE), and initiated by the highly selective journal Advanced Photonics (AP). The conference will will bring together international leading researchers, scientists, and engineers who are actively working in AI Photonics, Laser and nonlinear optics, Nanophotonics and quantum optics, Sensing and imaging, and related areas.
訊稷光拓科技（香港）有限公司是一家專業的光電產業研發、顧問服務公司，始終致力于為客戶提供最優的光電整體化解決方案,具備從設計、研發、加工、檢測等各環節的產品孵化能力，提供從光學設計到加工等全鏈條支持。
InfoCrops-Lighting Technology (Hong Kong) Co., Limited. is a professional R&D and consulting service company in the optoelectronic industry, dedicated to providing customers with optimal integrated optical solutions. We possess comprehensive product incubation capabilities across all stages of the product.
作為光學軟件與技術服務的領先供應商，訊稷光拓科技（香港）有限公司很榮幸能參與此次盛會。我們將在現場設立展位，期待與各位新老朋友相聚“東方之珠”，面對面交流行業見解，共謀合作發展。蒞臨訊稷光拓展位，您將有機會體驗我們一系列強大的光學仿真軟件與解決方案，并與我們的資深的技術團隊進行深入交流。我們現場將重點展示：
As a provider of optical software and technical services, InfoCrops-Lighting is honored to participate in this grand event. We will have an exhibition stand on-site and look forward to meeting more friends in Hong Kong face-to-face communication and seeking cooperation and development. At our exhibition stand, you will have the opportunity to experience our advanced optical simulation software, learn about our optical solutions, and engage in in-depth discussions with our experienced technical team.We will showcase on site:
1.VirtualLab Fusion多元化光學仿真平臺
1.VirtualLab Fusion - The Multiscale Optical Simulation and Design Platform
VirtualLab Fusion作為一款多尺度光學仿真軟件，其核心特色在于通過創新的場追跡技術，將幾何光學與物理光學求解器無縫集成，從而實現對納米級微納結構至米級宏觀光學系統的統一、高精度&計算速度平衡、多尺度建模與仿真。
VirtualLab Fusion, as a multi-scale optical simulation software, features innovative field-tracking technology that seamlessly integrates geometric and physical optics solvers. This enables unified, high-precision, and computationally efficient multi-scale modeling and simulation of optical systems ranging from nanoscale micro- and nano-structures to macroscopic structures at the meter scale.
2.VirtualLab Unity-交互性光學仿真軟件
2. VirtualLab Unity- Interactive Optical Simulation Software
VirtualLab Unity是一款光學系統分析和設計的國產化軟件，與VirtualLab Fusion共享核心技術，其透鏡設計模塊的文件可以無縫轉入到VirtualLab Fusion中用于后續的跨尺度建模。
As a domestic R&D software specializing in optical system analysis & design, VirtualLab Unity shares core technology with VirtualLab Fusion,the files from its Lens Design Module can be seamlessly transferred/imported into VirtualLab Fusion, for subsequent cross-scale modeling.
3.FRED光學工程仿真軟件
3.FRED Optical Engineering Software
FRED 光學工程軟件已幫助全球數千名用戶通過光線追跡成功模擬了光在任意光機系統中的傳播，核心優勢在于通過光線追跡精準模擬光在各類光機系統中的傳播，是光學系統虛擬原型制作的必備工具。其中FREDmpc版本支持在 GPU 板卡上進行光線追跡和分析，相比使用傳統多線程 CPU 的軟件，其速度快了幾個數量級，可將原本需數天的雜散光計算壓縮至幾小時，幾秒內完成數百萬光線的照明模擬，可實現萬億級光線追跡。
FRED optical engineering software has helped thousands of users worldwide successfully simulate light propagation within any optical-mechanical system through ray tracing. Its core strength lies in precisely modeling light propagation across diverse optical-mechanical systems, making it an essential tool for virtual prototyping optical systems. The FREDmpc supports ray tracing and analysis on GPU cards, achieving speeds several orders of magnitude faster than traditional multi-threaded CPU-based software. It compresses stray light calculations that would take days into hours, completes illumination simulations involving millions of rays within seconds, and enables ray tracing at the trillion-ray scale.
應用領域
照明系統
非成像系統
干涉系統
顯示 生物醫學皮膚組織
激光雷達
紅外熱成像分析
雜散光分析等
Application Areas
Illumination Systems
Non-Imaging Systems
Interferometric System
Display Biomedical Systems
Light Detection and Ranging
Infrared Thermographic Analysis
Stray Light Analysis
4.JCMsuite納米光學仿真軟件包
4. JCMsuite The Simulation Suite for Nano-Optics
JCMsuite是基于有限元算法（FEM）的微納光學仿真軟件，軟件集成機器學習技術可在仿真光子器件的同時進行器件性能預測，未來可以與VirtualLab Fusion聯合使用。
JCMsuite is a micro-nano optics simulation software based on the finite element method (FEM). The software integrates machine learning technology to predict device performance while simulating photonic devices. In the future, it can be used jointly with VirtualLab Fusion.
應用領域
計算光刻
計算計量學
波導和光纖 光伏
光源
納米結構材料
Application Areas
Computational Lithography
Computational Metrology
Waveguides and Fibers Photovoltaics
Light Sources
Nanostructured Materials
5.PanDao光學加工評估軟件
5.PanDao Optical Manufacturing Evaluation Software
PanDao是一款能夠滿足光學設計和光學制造的仿真軟件，它能夠實現在設計階段，整個光學元件的預覽，并且考慮了與鏡頭有關的參數和成本。PanDao通過為客戶或供應商提供最佳的制造鏈路幫助您進行光學設計，從而最大限度降低制造成本。
The PanDao tool is a whole new kind of software that meets the needs of both optical design and manufacturing. It enables full previews of optical components during the design phase, while incorporating lens-specific parameters and cost considerations. PanDao helps you identify the optimal fabrication chain and the optimal supplier mix to maximize profitability on every single lens design.
軟件特色
數據庫支持 360 種光學制造技術
可進行生產能力分析，進而獲得最佳制造鏈和最優成本
可大幅削減成本、加快開發時間、在項目早期階段識別風險
可與多種光學設計軟件進行數據交互
PanDao Software Features
Get digital access to 360 optics manufacturing technologies
producibility analyses to determine the optimal manufacturing chain and achieve the best possible cost
Substantial cost cutting、speeds up development times、identifies mistakes in early stage of projects
Interchange data with various optical software
6.Essential Macleod光學薄膜分析與設計軟件
6.Essential Macleod Optical Thin Film Analysis and Design Software
Essential Macleod是一套完整的光學薄膜分析與設計的軟件包，能滿足光學鍍膜設計中的各種要求。既可以從頭開始設計，也可以優化已有的設計；可以模擬設計生產中的誤差，也可以導出薄膜的光學常數，是當今市場上最完善的薄膜設計及分析軟件。
Essential Macleod is a comprehensive software package for optical film analysis and design, meeting all requirements in optical coating design. It enables both ground-up design and optimization of existing designs; simulates errors in design and production; and exports optical constants of films. It stands as the most complete film design and analysis software available on the market today.
應用領域 Application Areas
光學薄膜的設計與制造
鍍膜公司
光通信器件生產廠商
鏡頭制造廠商
光學儀器制造廠商
Application Areas
design and manufacturing of optical thin films
coating companies
optical communication device manufacturers
lens manufacturers
optical instrument manufacturers
7.LITESTAR 4D照明設計系統軟件
7.LITESTAR 4D Lighting Design System Software
LITESTAR 4D 是一款照明設計軟件，能夠滿足制造商、照明設計師、企業和大型上市公司、零售商和批發商需求的 360°的照明設計系統， 適應各種照明場景。 在隧道照明、顏色渲染、燈具處理和植物照明等方面具有一定優勢。
LITESTAR 4D is a software for lighting design and product data management able to meet the needs of manufacturers, lighting designers, corporations and large public companies, retailers and wholesalers at 360°.LITESTAR 4D has notable advantages in tunnel lighting, color rendering, luminaire processing, and plant lighting.
應用領域
室內/室外工作區域照明
道路照明
運動區域照明
隧道照明
應急場所照明 植物照明
照明設備數據管理（光度，色度， 電學參數、機械參數、產品圖片等）
紫外照明
Application Areas
Outdoor and Indoor Areas Lighting
Road Lighting
Sports Areas Lighting
Tunnel Lighting
Emergency Lighting Horticultural Lighting
Lighting Equipment Data Management (including photometric, colorimetric, electrical parameters, mechanical specifications, product images, etc.)
UV Lighting
8.光學實驗教具
8.Optical Experiment Teaching Aids
訊稷光拓自主研發的一款光學實驗教具，針對各大高校的光學課程，教具集成了各類光學實驗。該實驗教具包含各種各樣的儀器和設備，例如光源、透鏡、反射鏡、空間光調制器、
DOE等等。當學生在課堂上學習抽象和難以理解的光學原理和現象時，一方面可以使用VirtualLab Fusion進行光學仿真，另一方面，可以使用光學實驗教具，實現虛實結合，在實踐中理解這些概念和內容。
InfoCrops-Lighting has independently developed an optical experiment teaching aid for optical courses in various universities and colleges. This teaching aid integrates a variety of optical experiments and includes various instruments and equipment such as light sources, lenses, mirrors, spatial light modulators, DOEs, etc. When students learn abstract and difficult-to-understand optical principles and phenomena in class, they can use VirtualLab Fusion for optical simulation on one hand, and use the optical experiment teaching aid on the other hand to achieve a combination of virtual and real learning, thereby understanding these concepts and content in practice.
與此同時，我們還提供專業的技術咨詢與定制化服務，我們的工程師將現場與您溝通，結合您在光學各領域的特定應用，提供專業的技術見解和初步解決方案探討。
At the same time, we offer professional technical consulting and customized services. Our engineers will communicate with you on-site to discuss your specific application and provide technical guidance.
我們已做好準備，期待在香港與您相會！
Looking forward to meeting you in Hong Kong!
訊稷光拓科技（香港）有限公司
訊技光電科技（上海）有限公司
InfoCrops-Lighting Technology (Hong Kong) Co., Limited.
InfoTek Information Science & Technology（Shanghai）Co., Ltd.
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