Laser Beam Shaping | 雷射光束整形
Laser Beam Shaping is the process by which the uniformity or shape of a laser beam is changed from how it is originallyemitted from a laser source. Typically, laser sources emit beams with a non-uniform intensity that are not ideal for most applications. Additionally, optical applications may require a beam shape that a laser source cannot naturally produce, such as a line or ring. Laser Beam Shaping products provide the means to transform a laser beam such that it has the desired characteristics required for your application.
Edmund Optics offers Laser Beam Shaping solutions to collimate laser beams, transform beam profiles, convert beam shapes, and much more. Flat Top Beam Shapers, used to convert Gaussian beams into flat top beams with a uniform intensity distribution, are available optimized for laser wavelengths associated with Nd:YAG, fiber, and CO2 Lasers. Cylinder Lenses, offered in broadband and laser line versions, are ideal for laser machining or medical applications, which require laser light shaping in only one axis. Slow Axis Collimators and Fast Axis Collimators are ideal for collimated laser bars and laser diodes, respectively, and are also available.
Midel Photonics 3D Top-Hat Beam Shapers
- Stable Flat-Top Spots Across an Extended Axial Range
- High Efficiency with Low Side Lobes for Small-Spot Micromachining
- Depth-Of-Field Engineered Top-Hat (Flat-Top) Beam Shaping for Stable Industrial Processes
- Continuous Reflective DOE (Diffractive Optical Element) Based on a Micro-Structured Mirror
- Designed For Industrial Laser Systems from CW To Ultrashort Pulses
AdlOptica foXXus Multi-Focus Objectives
- Focus Laser Light to 1, 2, or 4 Focal Points Along the Optical Axis
- Available with 0.38 or 0.80 Numerical Apertures
- Aplanatic Designs for 515/1030nm and 1064nm Lasers
- AdlOptica aplanoXX Aplanatic Objectives Also Available
AdlOptica aplanoXX Aplan Objectives
- Aplanatic Optical Design
- High Numerical Aperture for Small Spot Sizes
- Designs for 800 and 1030nm with Focusing Depth Up to 4mm
- AdlOptica foXXus Multi-Focus Objectives Also Available
AdlOptica πShaper 平頂光束整型器
- 將高斯光束輪廓轉換為平頂輪廓
- 將近100%的效率
- 非內部對焦，可輸入大功率雷射光
- 也提供AdlOptica Focal-πShaper Q 平頂光束整型器
AdlOptica Focal-πShaper_Q 平頂光束整型器
- 將高斯光束塑形為艾里斑輪廓
- 平頂或環形輸出光束輪廓
- 將近 100% 的效率
- 也提供AdlOptica πShaper 平頂光束整型器
玻璃渦旋相位板上的HOLO/OR聚合物
- 將高斯光束轉換為環形能量環
- 用於488、515和532奈米雷射的渦旋相位板
- 玻璃上的聚合物，價格較低的N-BK7基材
成像級 PCV(平凹) 柱面透鏡
TECHSPEC®組件由愛特蒙特光學設計、指定或製造。進一步瞭解
- 光束整型等級規格
- 搭配使用光束整型TECHSPEC® 成像級 PCX(平凸) 柱面透鏡提供圓形光束
- 負焦距
微透鏡陣列
- 方形透鏡與蠅眼組態
- 精密熔融石英基材
一體式光束準直器
- 在雷射器快軸和慢軸方向上同時進行準直
- 將常見藍色雷射輸出的橢偏圓光轉化成圓偏形光
- 非常適合藍光光譜範圍內的單發射極雷射的準直
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