CD2H-700M122 |T8110B型|常規(guī)激光器|
CD2H-700M122技術原理
常規(guī)激光器一般包括光學諧振腔（包括反射鏡）、泵浦源（電流或光）和增益介質（氣體、液體或固體）。其工作原理是通過泵浦源的能量激發(fā)增益介質中的電子，使其釋放特定頻率的光子，這些光子在諧振腔內(nèi)反射并放大，最終形成激光束。
數(shù)字激光器的創(chuàng)新之處在于將其中一個反射鏡替換為“空間光調(diào)制器”，該調(diào)制器如同一個可反光的微型液晶顯示屏。通過電腦向顯示屏輸入特定圖像，即可得到所需的激光模式，無需為每束激光設計新的激光器。
CD2H-700M122應用領域
醫(yī)療領域：
無血手術：數(shù)字激光器的高精度和可控性使其能夠在手術過程中減少出血，提高手術成功率。
眼部護理和牙科：在眼科和牙科手術中，數(shù)字激光器也展現(xiàn)出其獨特的優(yōu)勢，如更精確的切割和更小的損傷。
工業(yè)領域：
切割和焊接：數(shù)字激光器能夠產(chǎn)生精確且強大的光束，適用于各種材料的切割和焊接，提高生產(chǎn)效率和產(chǎn)品質量。
通信領域：
光纖通訊：數(shù)字激光器在光纖通訊中的應用將極大促進該領域的發(fā)展，提高數(shù)據(jù)傳輸速度和穩(wěn)定性。
CD2H-700M122優(yōu)勢與前景
靈活性：數(shù)字激光器可以根據(jù)需要快速調(diào)整光束形狀和模式，無需更換昂貴的光學元件。
高效性：通過電腦控制，可以大大提高激光器的使用效率和精度。
應用廣泛：隨著技術的不斷發(fā)展，數(shù)字激光器將在更多領域得到應用，如科研、教育、軍事等
CD2H-700M122 technology principle
Conventional lasers generally include an optical resonator (including a mirror), a pumping source (current or light), and a gain medium (gas, liquid, or solid). It works by exciting electrons in the gain medium through the energy of the pump source, causing them to release photons of a specific frequency, which are reflected and amplified in the resonant cavity, and eventually form a laser beam.
The innovation of the digital laser is to replace one of the mirrors with a "spatial light modulator" that acts like a tiny, reflective LCD screen. A computer feeds a specific image into the display to get the desired laser pattern, without having to design a new laser for each beam.
CD2H-700M122 Application field
Medical field:
Bloodless surgery: The high precision and controllability of the digital laser enables it to reduce bleeding during surgery and improve the success rate of surgery.
Eye care and dentistry: In eye and dental procedures, digital lasers also show their unique advantages, such as more precise cuts and less damage.
Industrial field:
Cutting and welding: Digital lasers can produce accurate and powerful beams for cutting and welding of various materials, improving production efficiency and product quality.
Communication field:
Optical fiber communication: The application of digital lasers in optical fiber communication will greatly promote the development of this field and improve the speed and stability of data transmission.
Advantages and prospects of CD2H-700M122
Flexibility: Digital lasers can quickly adjust the beam shape and mode as needed, without the need to replace expensive optical components.
Efficiency: Through computer control, the efficiency and accuracy of the laser can be greatly improved.
Widely used: With the continuous development of technology, digital lasers will be applied in more fields, such as scientific research, education, military and so on
