In a light speed transmission system, mirrors or total reflectors are used as end mirrors and folding mirrors within the laser cavity, while outside the cavity they act as beam return mirrors. Silicon, copper, and molybdenum are generally used as substrates. Silicon is a commonly used substrate for coated reflective mirrors, offering advantages such as low cost, durability, and stable thermal properties. Due to its high thermal conductivity, copper is typically used in high-power CO2 lasers. Molybdenum possesses extremely high surface strength, enabling it to operate in harsh environments with a long lifespan, high power handling capacity, and a non-coated, wipe-resistant surface.
In a light speed transmission system, mirrors or total reflectors are used as end mirrors and folding mirrors within the laser cavity, while outside the cavity they act as beam return mirrors. Silicon, copper, and molybdenum are generally used as substrates. Silicon is a commonly used substrate for coated reflective mirrors, offering advantages such as low cost, durability, and stable thermal properties. Due to its high thermal conductivity, copper is typically used in high-power CO2 lasers. Molybdenum possesses extremely high surface strength, enabling it to operate in harsh environments with a long lifespan, high power handling capacity, and a non-coated, wipe-resistant surface.
Gold film silicon anti-reflective
In a light speed transmission system, mirrors or total reflectors are used as rear mirrors and folding mirrors inside the laser cavity, while outside the cavity they act as beam return mirrors. Silicon, copper, and molybdenum are generally used as substrates. Silicon is a commonly used substrate for coated reflective mirrors, offering advantages such as low cost, durability, and stable thermal properties. Due to its high thermal conductivity, copper is typically used in high-power CO2 lasers. Molybdenum possesses extremely high surface strength, enabling it to operate in harsh environments with a long lifespan, high power handling capacity, and a non-coated, wipe-resistant surface.
In a light speed transmission system, mirrors or total reflectors are used as end mirrors and folding mirrors within the laser cavity, while outside the cavity they act as beam return mirrors. Silicon, copper, and molybdenum are generally used as substrates. Silicon is a commonly used substrate for coated reflective mirrors, offering advantages such as low cost, durability, and stable thermal properties. Due to its high thermal conductivity, copper is typically used in high-power CO2 lasers. Molybdenum possesses extremely high surface strength, enabling it to operate in harsh environments with a long service life, high power handling capacity, and a non-coated, wipe-resistant surface.
The way to contact us
What can we help you with?
Thank you for visiting our official website. If you have any suggestions or cooperation intentions, please contact us through the following methods. We will reply to you as soon as possible. Thank you!
A high-tech enterprise with strong innovation capabilities, integrating laser R&D, production, and sales...
Nantong Zhuorui Laser Technology Co., Ltd.
Address: 2nd Floor, Building 11, Chongchuan Science and Technology Entrepreneurship Park, No. 30, Zilang Road, Nantong City
Tel: 86-513-87100051
Mobile: 86-15906292098、86-13962994168
Fax: 86-513-87100051
Email: zhuorui2009@126.com
Email: dora@joylaser.com
Email: zhan@joylaser.com
Copyright © 2024 Nantong Zhuorui Laser Technology Co., Ltd.