High energy has been redefined for Nd:YAG lasers. The Genus provides 8J of IR and 4J of green at 10Hz - the perfect alternative to multiplexing lasers of lower energy. Designed to be the ultimate Ti:Sapphire pump and materials processing laser, the Genus provides raw power in a refined package for the lab and industry.

The Genus is built on proven optical architecture found in Continuum’s PowerliteTM, SureliteTM, and custom platforms. High efficiency, thermally compensated pump chambers, as well as the use of Faraday isolators to ensure low risk operation, are all at the heart of the conservative beam train design. The goal of this new class of laser is to bring unmatched energy and performance in a safe and reliable package.

Furthermore, the Genus incorporates an intuitive Graphical User Interface, active diagnostics, and distributed intelligence control. Simply put, the Genus is the highest energy, most advanced laser platform on the market today.

Genus: Reclassifying what High-Energy means.

Capture complete fluorescence lifetime images in minutes!
Introducing DynaMyc: Horiba's fastest microfluorescence dynamics imaging system ever

Mapping fluorescence dynamics yields much information about molecular motion, sizes, local environment, interaction, and binding, with discrimination to microscopic locations in the sample. Lifetime measurements also eliminate fluorescence artifacts such as non-uniform label loading.

DynaMyc, the latest confocal mapping FLIM system from HORIBA Scientific, now generates lifetime images more than 20 times faster. Based on our long history of leadership in Time Correlated Single Photon Counting (TCSPC) technology and featuring our new range of PicoBright™ high repetition rate laser diodes, DynaMyc offers a large range of easily interchangeable excitation wavelengths to best match your labels. With the new DynaMyc, Fluorescence dynamics on the picoseconds to microsecond range are now easily accessible to novices and advanced users alike.

Laser Safety Eyewear

Laser Safety Eyewear consists in most cases of two components: frame and filter.
The legal requirements of the European laser safety standards EN 207/EN208 require that the frame has to withstand the same level of radiation as the filters (stability against laser radiation), that it has to prevent the laser beam from reaching the eyes from the sides (side protection) and that the filters form an inseparable unit with the frame. Therefore the "weaker" part determines the protection level of the whole system for the specified wavelength and operation mode.

The result of an intensive development programme, the Lasermet Ultra Range of LED signs offer state of the art LED technology in a highly aesthetic design.

With a thickness of only 24 mm these signs are the ultimate in slimline design and can be wall mounted at any height without causing any form of obstruction or hazard. The signs are constructed of an aluminium extrusion with textured matt black powder coat finish, moulded black plastic end caps and tinted acrylic front panel, giving a highly desirable appearance.

The front panel tint is balanced for maximum contrast and the sign is secret when not lit. Operation is from 24 VDC which is inherently safer than mains wiring as well as being easier and cheaper to install.

A range of standard signs have been developed. All other legends can be created as desired. These can be in the standard white or any colour as desired. Dual message signs which display different messages in red and green within the same area of the sign can also be created.