高光譜相機 Hyperspectral Imaging Cameras

Torontech 提供技術先進且價格極具競爭力的 FigSpec 系列高光譜成像相機。高光譜相機兼具高精度和多功能性，為各個領域開闢了新的天地，提供無與倫比的成像能力。無論您從事農業、醫療診斷、環境監測或材料分析，Torontech 的 FigSpec 系列高光譜成像相機都能徹底改變您的工作流程。

什麼是高光譜成像？

高光譜成像（HSI）能夠捕捉並處理整個電磁波譜的資訊。與只能在三個顏色波段（紅、綠、藍）成像的傳統相機不同，高光譜相機可以擷取數百個光譜波段的資料。這項技術能夠根據材料的光譜特徵進行識別和分析，使其成為眾多應用領域中不可或缺的工具。

為什麼選擇 Torontech 的高光譜成像相機？

Torontech的高光譜成像相機採用最新技術設計，性能卓越，可靠性高，並致力於提供滿足各行各業需求的高品質影像解決方案。

Torontech 高光譜相機特點

高光譜解析度：捕捉寬波長範圍內的詳細光譜資訊。
快速精準成像：實現高速成像和精確的光譜精度。
堅固耐用的設計：專為應對惡劣環境而設計，並提供可靠的性能。
使用者友善介面：操作簡便，軟體直覺易用，可用於資料分析和視覺化。
便攜緊湊：輕巧便攜的設計，適用於現場和實驗室使用。

Torontech 高光譜相機應用

農業和食品工業：
作物健康監測：透過分析植物的光譜特徵來評估作物健康狀況並及早發現疾病。
土壤成分分析：評估土壤特性並優化肥料和水的利用。
食品品質控制：透過檢測污染物和評估農產品的新鮮度來確保食品安全和品質。
環境監測：
水質評估：即時監測污染物並評估水質。
空氣品質監測：檢測和分析空氣中的污染物和氣體。
土地利用和植被測繪：追蹤土地利用變化並監測植被健康狀況。
醫學診斷：
組織分析：區分健康組織和病變組織，有助於早期診斷和治療方案。
傷口癒合監測：評估傷口癒合進展並及早發現感染。
非侵入性診斷：對皮膚疾病和其他醫療應用進行非侵入性診斷。
工業和材料分析：
礦產和採礦業：高精度地識別和繪製礦藏地圖。
製造過程中的品質控制：檢測製造過程中的缺陷並確保產品品質。
化學分析：對各行業材料進行詳細的化學分析。

Torontech 高光譜相機系列規格
Core Hyperspectral Cameras

Feature	Portable Hyperspectral Cameras (FS-1Q Series)	Hyperspectral Camera (FS1X Series, Line Scan)	Hyperspectral Camera (FS- 17)
Primary purpose	Field-ready hyperspectral capture for mobile and portable workflows	Line-scan hyperspectral imaging for continuous inspection and moving targets	General hyperspectral imaging for research and applied analysis workflows
Best for	Agriculture scouting, environmental surveys, on-site inspection, and rapid capture	Industrial inspection, production lines, sorting, and conveyor-based applications	Labs and teams needing a versatile hyperspectral camera for broad use cases
Imaging style	Portable capture (mobility focused)	Line scan (continuous acquisition)	General hyperspectral imaging (model dependent)
Typical setup	Handheld or portable rig for field deployment	Mounted over a line with controlled motion and lighting	Bench or tripod-based setup for controlled acquisition
Decision driver	Need mobility and faster setup across multiple sites	Need continuous inspection with consistent motion and repeatable results	Need a flexible general-purpose hyperspectral option for varied projects
How to choose	Choose when your workflow is field-first and portability matters most	Choose when you must image moving material or run conveyor workflows	Choose when you want a stable lab platform and broad applicability
Selection tip	If you travel to samples or sites often, start here	If your sample moves and you need speed plus consistency, line scan is the right fit	If you are building a baseline hyperspectral workflow, start with this category

High-Speed Hyperspectral Sorting

Feature	High Speed Hyperspectral Sorting System (FS-18/19)
Primary purpose	Real-time hyperspectral sorting for high-throughput industrial separation workflows
Best for	Recycling, food grading, minerals, and industrial sorting where speed and accuracy both matter
Why it matters	Hyperspectral data can classify materials by spectral signature, enabling smarter separation than RGB-only systems
Decision driver	Need high-speed classification and sorting based on material composition, not just color
Selection tip	If you are building a hyperspectral sorting line, this is the dedicated option

Hyperspectral Imaging Camera Families

Feature	Hyperspectral Imaging Cameras (FS2X- Series)	Hyperspectral Imaging Cameras (FS27)
Primary purpose	Flexible hyperspectral camera family for research and applied inspection	Hyperspectral camera option for projects needing expanded capability (model dependent)
Best for	Teams that want a scalable camera family to match different application needs	Programs needing a dedicated FS27 platform for specific workflows
Feature	Hyperspectral Imaging Cameras (FS2X- Series)	Hyperspectral Imaging Cameras (FS27)
Typical use cases	Agriculture, environmental monitoring, medical diagnostics, and material analysis	Similar hyperspectral applications where FS27 is the preferred configuration
Decision driver	Need a camera family approach with multiple configurations over time	Need an FS27 option aligned to your workflow and performance target
Selection tip	If you want one platform family that can scale with projects, start here	If your team has defined FS27 requirements, choose this option

Specialized Systems (Microscopy and PTZ Measurement)

Feature	Microscopic Hyperspectral Imaging System	PTZ Hyperspectral Measurement System
Primary purpose	Hyperspectral imaging at microscopic scale for detailed material characterization	PTZ-based hyperspectral measurement for remote, wide-area, or variable-angle capture
Best for	Materials science, microstructure research, biomedical imaging, and fine feature analysis	Environmental monitoring, remote measurement, facility monitoring, and observation workflows
Typical setup	Microscope-integrated or lab microscope station	Mounted PTZ system with remote positioning and measurement workflow
Feature	Microscopic Hyperspectral Imaging System	PTZ Hyperspectral Measurement System
Decision driver	Need hyperspectral insights at small scales that standard cameras cannot resolve	Need flexible viewing angles and remote control for measurement at distance
Selection tip	If your target is microscopic features or fine composition mapping, choose this	If you need wide-area monitoring and controlled viewing, PTZ is the right fit

UAV Measurement and Multispectral Options

Feature	FS60/62UAV Hyperspectral Measurement System	FS-50 Series Multispectral Camera
Primary purpose	UAV-ready hyperspectral measurement for aerial mapping and field surveys	Multispectral imaging for faster, simpler spectral workflows with fewer bands
Best for	Agriculture mapping, environmental monitoring, land assessment, and remote sensing	Users who want spectral insights with simpler capture and processing than HSI
Data type	Hyperspectral (many spectral bands)	Multispectral (selected bands)
Decision driver	Need aerial hyperspectral mapping to classify materials at scale	Need a simpler alternative when full hyperspectral detail is not required
Selection tip	If your work is mapping large areas and spectral detail matters, choose UAV HSI	If you want faster deployment and simpler analysis, multispectral is often enough