Super Safe Red Laser Pointer (Class 2)

Our Class II (<1 mW) laser pointers (our "Super Safe" line) are preferred by schools and teachers, especially when kids will be handling them. These are considered safe by the FDA as long as they are not pointed directly in the retina for prolonged periods of time.

Class IIIA laser pointers (<5 mW rating) should normally be handled by adults. They can damage a person's retina if pointed directly at the eye for many seconds to minutes, but our natural "look away" reflex usually prevents any damage by keeping exposure short.

Green is the most visible, red is the safest around kids, and violet lets you experiment with fluorescent materials. They each have their use, so consider getting one of each!

We recommend our Laser Blox, which are specially designed for classroom demonstrations and experiments. They won't roll, can be stuck on a white board, and can be stacked magnetically for ray experiments.

Our Class 2 red laser (up to 1mW) is best suited for indoor use. Outdoors in direct sunlight, the dot will be difficult to see since the human eye is less sensitive to red light and the sun's brightness overwhelms the beam. For outdoor activities, shaded conditions or lower-light settings will give much better results.

1 mW lasers are generally not bright enough for sky pointing. Also, we advise against pointing any laser at the sky, aircraft, or flight paths. Under U.S. federal law (18 U.S.C. § 39A), aiming a laser at an aircraft is a federal crime punishable by up to 5 years in prison and fines up to $250,000. Always direct the beam at surfaces well away from any aircraft, airports, or airspace.

A fully dark room is not required to see the point. Standard classroom lighting works for most activities. To see the beam traveling through the air, a moderately dimmed room with some airborne particles (like classroom dust or photographer haze) helps considerably. Dimming the lights will noticeably improve dot brightness.

In most cases, laser pointers will not be visible when pointed at a TV screen. Modern LED, LCD, and OLED televisions emit bright backlighting that overpowers the laser dot, and their anti-reflective coatings scatter or absorb the beam. This is not about the design of our lasers. It's simply how modern TV screens are engineered. A matte projection screen, whiteboard, or wall will give you clear, reliable visibility.