Schwarz Mirrors
Edmund Optics' new Schwarz Mirrors can significantly reduce the need for beam dumps behind components
未來取決於光學技術和光學應用的發展。愛特蒙特光學將不斷為大家帶來前瞻產品和技術的信息。通過這些努力,我們希望讓大眾能對此有更多的了解,提供一個富有凝聚力的學習環境,並鼓勵大家將這些產品整合到創新應用中。
Edmund Optics' new Schwarz Mirrors can significantly reduce the need for beam dumps behind components
A new wave of compact, cost-effective UV lasers have resulted in an expansion of UV applications.
Perseverance is equipped with 23 cameras helping it navigate and pursue its mission.
Edmund Optics’ partner UltraFast Innovations (UFI) enable the development of optics that experience negligible thermal effects.
Stemmed mirrors are mounted from a smaller diameter “stem” protruding from the back of the mirror, resulting in significantly reduced stress on the mirror surface, high stability, and cost reduction.
The continuous and unyielding progress towards higher throughput and lower loss in laser systems requires optical components that minimize scatter, especially when using high-power lasers or short wavelengths.
由於線上影片串流需求增加,因此促使開發只能以非球面透鏡製造的淺景深電影鏡頭。
單一材料非球面消色差透鏡使用獨特的幾何結構,比傳統的雙膠合透鏡有更寬的波長範圍色差校正。
傳感器製造設計與方法
Optical advancements have enabled the detection and treatment of a variety of blood conditions.
遠心照明是精確量測應用的理想之選
適合高功率和短脈衝期的光束整形鏡頭
智慧材料、成像及超快雷射光學元件的進展成果
截削方形光學元件可縮小傳統光學設計的整體體積
Stability ruggedization ensures a lens’ optical pointing and positioning after applied shock or vibration.
Reflective microscope objectives focus light or form an image using reflective optics.
Transparent materials with integrated micro-optics
Shrinking pixel sizes do not always lead to higher system-level resolution
超快雷射的脈衝壓縮及色散補償
由於超快雷射和敏感相機發展,看到角落不再是遙不可及
反射率:比表面上更為複雜
Additive manufacturing is revolutionizing rapid prototyping, IP protection, and the job market in the optics industry
顯微鏡、成像、雷射光學元件,以及極紫外線光學元件的進展成果
2μm雷射光的獨特吸收特性使其能夠提供醫療和材料加工小而精確的切割應用
現在正是時候以非球面透鏡取代球面元件
The future of high-speed technology: integrated photonics use light instead of electricity for computing and signal processing
結合遠心鏡頭的成像品質,以及液態透鏡的彈性
將光學元件推向極限
快速自動對焦並克服景深限制
適合紫外線、紅外線及寬頻雷射的光束調節光學產品
以顯微鏡進展成果克服未來挑
迅速返饋避免縮短產品生命週期
Bringing professional-grade technology to all by leveraging common mobile devices
Accessible, flexible technology supported by a community of users
Facilitates manufacture of optical components with complex geometries
新興應用需要更先進的加固製程減少像素偏移
A promising solution to the drawbacks associated with traditional asphere metrology
隨著光源、數位傳感器及鍍膜腔技術與時俱進,光學濾光片將自然演進發展,持續向前邁進
超級光學反射鏡經過最佳化處理,擁有超高反射率,散射和吸收過程中的光損耗極低,因此得以在市場上迅速竄起
隨著光學應用的複雜性不斷提高,對性能要求也變得越來越高,球面透鏡的標準公差無法滿足要求
在苛刻的計量應用中,使用具有大視場(FOV)的遠心鏡頭可以減少測量和檢測時間。減少測量和檢測時間有助於提高產量並降低成本
超薄高通濾光片的設計和構造採用超薄,柔性聚合物及染料
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