#USA #Providence #Laser Research #Cutting Lasers #sapphire shields

Introducing the New Sapphire Laser Debris Shields from Laser Research Optics

In an exciting development for the laser processing industry, Laser Research Optics has launched a cutting-edge series of sapphire laser debris shields. These shields not only extend the lifespan of focusing optics but also ensure consistent cut quality in high-power metal cutting applications.

Unmatched Resistance to Spatter and Pitting

The new laser debris shields are engineered to resist spatter and pitting, critical factors for maintaining optical integrity during high-powered laser operations. Made from sapphire, these shields can withstand high temperatures and thermal shock, which are inherent in laser cutting processes. Additionally, they are designed to resist chemical attacks, further enhancing their durability.

Maintaining Laser Beam Quality

One of the standout features of these sapphire shields is their low absorption at laser wavelengths. This characteristic is vital for preventing the deterioration of beam quality, ensuring that the laser maintains its effectiveness throughout its operational life. Notably, Laser Research's sapphire debris shields showcase a Mohs hardness rating of 9, making them incredibly durable and perfect for demanding industrial environments.

Compatibility with Various Laser Platforms

These debris shields are versatile and compatible with a broad spectrum of laser configurations, including both fiber and CO2 platforms. They are particularly beneficial for cutting a variety of metals, such as steel, stainless steel, and aluminum. This adaptability makes them an ideal choice for manufacturers looking to enhance their laser cutting operations.

Advanced Optical Coatings

The Laser Research Sapphire Debris Shields come fitted with anti-reflective (A/R) coatings on both sides. This enables exceptional light transmission, rated at over 99.5% at 1.06 microns, and above 80% at wavelengths between 650-670 nm. Such optical performance ensures that the laser beam remains powerful, precise, and stable during cutting tasks.

Size Options and Availability

The available sizes for these sapphire debris shields include 0.5 inches and 2.0 inches, catering to various laser equipment specifications. They are manufactured with a 10-5 scratch-dig finish, ensuring a smooth surface that minimizes any optical distortion.

Pricing and Inquiries

Pricing for Laser Research Sapphire Debris Shields will vary based on size and order quantity. For precise quotations or more information about these innovative products, customers are encouraged to reach out to Laser Research Optics. Contact details include:

• - Company: Laser Research Optics, A Division of Meller Optics, Inc.
• - Sales Manager: Scott Rouillard
• - Address: 120 Corliss St., Providence, RI 02904
• - Phone: (888) 239-5545
• - Email: email protected]
• - Website: [www.laserresearch.net

These pioneering sapphire debris shields represent a significant advance in laser technology, promising to improve both the efficiency and quality of cutting processes across a variety of industries. With these innovations, Laser Research Optics continues to position itself at the forefront of the laser optics field.