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View compareFrequently Asked Questions
- Q: What are the dimensions of the Quarton Prism Lens PL1460? A: The dimensions are zero point five six one inches by zero point five six zero six inches by zero point three nine three seven inches.
- Q: What material is the Quarton Prism Lens PL1460 made from? A: The lens is made from K9 optical glass, known for its clarity and light transmission properties.
- Q: What is the design wavelength for the Quarton Prism Lens PL1460? A: The design wavelength is six hundred thirty-five nanometers, optimized for use with red lasers.
- Q: How do I use the Quarton Prism Lens PL1460? A: You position the prism in the path of a laser beam to split it into two separate beams at a ninety-degree angle.
- Q: Is the Quarton Prism Lens PL1460 suitable for beginners? A: Yes, it is suitable for beginners and is often used in educational settings for science experiments.
- Q: Can the Quarton Prism Lens PL1460 be used for professional applications? A: Yes, it is also suitable for professional optical applications where beam splitting is required.
- Q: How do I clean the Quarton Prism Lens PL1460? A: Use a soft, lint-free cloth and a suitable optical cleaning solution to gently clean the lens without scratching it.
- Q: What is the surface quality of the Quarton Prism Lens PL1460? A: The surface quality is rated at forty-twenty, indicating a good finish essential for optical clarity.
- Q: How should I store the Quarton Prism Lens PL1460? A: Store the prism in a protective case to prevent scratches and exposure to dust.
- Q: What do I do if the Quarton Prism Lens PL1460 arrives damaged? A: Contact customer support immediately to initiate a return or exchange process.
- Q: Is there a warranty for the Quarton Prism Lens PL1460? A: Yes, the prism typically comes with a limited warranty for manufacturing defects.
- Q: Can the Quarton Prism Lens PL1460 be used with other colors of lasers? A: No, it is specifically designed for red lasers at six hundred thirty-five nanometers.
- Q: What is the beam splitter ratio of the Quarton Prism Lens PL1460? A: The beam splitter ratio is fifty percent to fifty percent, effectively splitting the incoming beam evenly.
- Q: Is the Quarton Prism Lens PL1460 safe for classrooms? A: Yes, it is safe for classroom use when handled properly as part of experiments.
- Q: What is the angular deviation of the Quarton Prism Lens PL1460? A: The beam angular deviation is one foot, ensuring precise beam splitting.

