Product specifications are subject to change without prior notice. All prices are FOB California, unless otherwise stated. Please call/email for volume pricing.

A twist of the Laser Wand Flat Plane lens, available in Green or Red, can make the 3D grid of laser beams rotate in space. Wiggle your wand for patterns to dance into even more exciting shapes and patterns. Uses two AAA batteries and turns on by holding down a button on the side. Always carry spare batteries so you can replace them during your party/event.

To be eligible for a return, you must request a return within 30 days after receiving your item(s). If 30 days have gone by since your purchase, unfortunately, we can’t offer you a refund or exchange.

Table 1. LED Emitter SpecificationsLED CodeDescriptionWavelength (nm)Iop(mA)Vop(V)Typical Luminous Flux (lm)01091W UV395 ~ 4103503.5180 mW03003W White LED5,500K10003.980030913W UV395 ~ 4107003.5350 mW03013W Royal Blue45510003.9450 mW03023W Blue47010003.93003033W Cyan50510003.98003043W Green53010003.98003053W Amber590100038003063W Red-Orange617100039003073W Red625100038003103W Deep Red65710003.1280 mW020822.4W Near Infrared85010001.8 ~ 2.4375 mW 1. Emitter consists of two dies. Divergence angle approximately doubles along one direction when used with collecting optics; 2. Without collecting optics, this LED emits light from a 1mmx1mm area into a ±60 degree cone. 3. Due to variations in the manufacturing process and operating parameters such as temperature and current, the actual output of any given LED may vary. Specifications are intended to be used as a guideline.

IMPORTANT : (1) LED’s can ONLY be driven by a constant-current source, and NOT a voltage source (e.g. a battery, or a AC/DC power supply etc.); (2) Please always verify LED’s current rating first before applying current to the LED, and please always make sure NOT to apply current that is above the LED’s current rating.

Table 2. Collecting Optics SpecificationsLENS CodeDescriptionClear Aperture (mm)X- Half Angle (degree)Y- Half Angle (degree)Efficiency (%)ANarrow Beam195585BMedium Beam19151585CWide Beam19252585DOval Beam1952085E 1 Fiber Bundle Coupling197mm full field7mm full field85 1. Focuses light into a spot at approximately 12mm in front of the lens. Ideal for coupling light into fiber bundles, liquid light guides and integrators.

Table 3. Discontinued PartsLED CodeDescriptionWavelength (nm)Iop(mA)Vop(V)Typical Luminous Flux (lm)01001W White LED5,500K3503.44501011W Royal Blue4553503.4220 mW01021W Blue4703503.41601031W Cyan5053503.44501041W Green5303503.45301051W Amber59035034201061W Red-Orange61735035501071W Red62535034401101W Deep Red6573502.4170mW01121W 940nm9407001.5180mW02132W 680nm NIR6806002.790 mW02142W 780nm NIR7808002.5330 mW

Established in 2007, we are proud to be the best place online to purchase quality decorative lighting products for holidays and events!

Be aware that handheld lasers are sensitive to cold temperatures and will not operate until warmed up to about 65 degrees.

All orders are processed within one business day. We offer free shipping on all US orders over $35. The average delivery time for the free shipping option is 3-5 business days. If you need your order sooner, we offer expedited shipping options that can be selected at checkout.

High-power LEDs are a new class of light sources that have numerous applications in industry, consumer, medical, and scientific fields. However, engineers and scientists often find that they have to design and fabricate heat sinks and optics mounts, and solder electrical contacts before they can light up a high-power LED. Mightex provides ready-to-use high-power LED light sources with integrated heat sinks and mounted collecting optics. SiriusTM compact high-power light sources are designed as a universal light source for general lab use and OEM applications. The mechanical housing features multiple mounting holes compatible to common opto-mechanical mounts. SiriusTM light sources can be driven by Mightex SiriusTM SLC series multi-channel LED drivers or other LED drivers and current sources.