UV observation equipment

UV observation mirror

The handheld single tube ultraviolet (UV) observation device uses high-resolution image converters and photomultiplier tubes to convert invisible infrared and ultraviolet light into visible images. The lens is coated with anti reflective film and designed with non spherical objective lenses. It has excellent quality and a wide range of applications. Moreover, the ¼ -20 interface under the handle can be connected to a tripod for long-term observation. All models of products are made of plastic steel or aluminum alloy structures, which are durable and long-lasting.

Features of video output/human eye observation type infrared observation mirror: It can be viewed simultaneously, with a movable CCD lens. The output port can be directly connected to the monitor using a coaxial cable, and comes with a power supply and 9V nickel cadmium rechargeable battery.

Explanation: Video and recording are presented in black and white images, while video units are presented in green.

UV range applications include UV lithography, photorefractive keratectomy (PRK), excimer/UV laser analysis, fiber printing detection/analysis, and liquid crystal display (LCD) annealing treatment.

Main features:

• Including box
• Compliant with UL certification standards

Product parameters:

Optional accessories:

·½' CCD Camera Coupler

·Close-Up Attachment (5x) for Viewing Scope

·UV Pass Filter (blocks visible)

UV display card

UV/Visible Observation Card: 250 nm to 540 nm

VRC1 is a credit card sized detector used to observe wavelengths in the 250-540 nanometer range. These observation cards are made of durable plastic with a photosensitive surface attached to their front surface, making it easy to locate ultraviolet light and its focus. Because it does not require charging, even when used for continuous light detection in darkrooms, the emission is stable and continuous.

In order to promote the application of the observation board in collimation adjustment, the photosensitive area of these detectors extends to the edge of the card, and two cross lines can be used for beam collimation. These alignment crosses have a line width of approximately 0.004 inches (0.10 mm) and two concentric circles with diameters of approximately 0.063 inches (1.60 mm) and 0.288 inches (7.31 mm). The horizontal and vertical cross lines are both approximately 0.512 inches (13.00 mm) in length. In addition, when illuminated with strong enough light in a dark room, the fluorescence emitted from the activated photosensitive area can be directly observed from the back of the card, or fluorescence can also be observed by directly illuminating the photosensitive area from the back of the card. This is particularly useful for adjusting the overlap of two beams of light.

Product Features:

• No need for charging
• Engrave two cross lines for beam collimation
• The wavelength variation range is printed on the card
• Dimensions (W x H): 2.1 inches x 3.40 inches (53.3 mm x 86.4 mm)

Main parameters: