Laser cleaning is a burgeoning green cleaning technology, emerging from the interaction between laser and materials, characterized by its environmental friendliness, pollution-free operation, high efficiency, wide applicability, and high integration capability. Therefore, as a representative of advanced laser manufacturing, laser cleaning technology has a vast market potential in China's high-end manufacturing industries, such as semiconductor industry, marine equipment, automotive manufacturing, aerospace, high-speed railway transportation, as well as in fields including cultural relics preservation, nuclear power, new energy, medical, and optics.

In 2022, the market size of industrial cleaning equipment in China was approximately 45 billion yuan, with the laser cleaning market experiencing rapid growth, reaching over 600 million yuan. By 2023, it approached nearly 700 million yuan, indicating tremendous development potential.

High repetition rate and high energy nanosecond pulse lasers serve as the mainstream light source for laser cleaning, playing a crucial role in the development and widespread application of laser cleaning technology. Improving high average power and beam quality is a direct and effective way to enhance the efficiency of laser cleaning. Matching laser cleaning efficiency with industrial production pace and gradually replacing traditional cleaning methods will significantly contribute to industrial production in China, and result in substantial economic benefits.

Currently, the high repetition frequency and high energy nanosecond pulse laser sources used in laser cleaning primarily include: rod-type pulsed lasers pumped by LD side pumping, fiber lasers and disk lasers pumped by end pumping.

In order to enhance average power and beam quality, Optizone has successfully developed 1000W collimated beam isolator and compact size 2W in-line isolator. These products are used in end-pumped fiber lasers. They were showcased during the 18th Munich Shanghai Optical Expo, attracting significant attention and recognition.

Compact Size 2w In-Line Isolator (Click to see product details)

Miniaturization and lightweight design have become major trends in the laser industry. Optizone's compact size 2W in-line isolator meets the requirements for laser miniaturization design, effectively reducing the volume of the laser cavity. This provides an excellent product solution for customers embracing the increasingly miniaturized design concept for ultrafast lasers.

Features:

Low Insertion Loss (Less than 0.6dB)

Compact size (69x15x12mm)

Customized with polarization-maintaining and non-polarization-maintaining

High Power Collimated Beam Output lsolator 1000W (Click to see product details)

Optizone's 1000W collimated beam isolator boasts an average output power of up to 1000W. It has minimal thermal variation at full power, ensuring excellent beam quality and consistency (M² degradation<10%). This enhances the quality of end-pumped fiber lasers and improves laser cleaning efficiency. Furthermore, compared to similar kilowatt-level products from other competitors, it features more compact design.

Features:

Small thermal variation under different power

M² degradation<10%

Focal shift at full power<1.5mm

Compact size (258*52*64mm)

Customized spot size and fiber

500W High Power In-line Isolator (Click to see product details)

In addition to the 1000W collimated beam isolator solution, Optizone offers an alternative solution involving an in-line isolator combined with the QCS. This solution enhances the flexibility and convenience of laser processing, seamlessly matching to more application scenarios. Currently, Optizone's high-power in-line isolators can achieve a maximum power of up to 500W. They are characterized by their compact structure, low insertion loss (0.3dB), and high isolation (32dB).

Features:

Low insertion loss (0.3dB)

High isolation (32dB)

High handling power (500W)

Low PDL (0.05dB)

Optizone also offers a variety of passive components in the field of industrial pulsed laser series products, including polarization-maintaining filter coupler, filter wavelength division multiplexers, mode field adapters, (N+1)×1 signal pump combiners, cladding power strippers, hybrid isolators, and high-power beam collimators. Optizone can provide customers with one-stop, customized solutions.

Laser manufacturing is a key task deployed during China's "14th Five-Year Plan" period. Laser cleaning technology, as an advanced technique in laser manufacturing, holds immense potential value for industrial development. Its application promises significant enhancement in China's high-end laser manufacturing technology and equipment, bolstering international competitiveness and contributing substantially to economic and social development. Optizone adheres to the philosophy of "safeguarding the development of laser cleaning applications." We strive to contribute actively to achieving the nation's dual-carbon goals and the advancement of society!