YSL Photonics’PicoYL-70 has a tunable pulse duration from 50 ps to 800ps, repetition rates from 25 kHz up to 5 MHz and over 70W average power. The short pulse duration, high repetition rates combined with over 1MW peak power open up a variety of micromachining applications such as PERC solar cell dicing, glass drilling, sapphire drilling, Li-Ion battery foil cutting, resistor trimming and marking of transparent material. The laser is completely controlled via an industry standard digital interface with optional DB25 or RS-232.
Applications：
● PERC Solar Cell Dicing
● Lion Ion Battery Foil Cutting
● Glass Drilling
● Silicon or SiC Dicing
● Metal Marking
● Chrome Vanadium Texturing
● Micromaching of Transparent materials
Features：
● Average Power 70W
● Pulse Duration 50-800ps adjustable
● Peak Power 1MW
● Repetition Rate 25kHz-5MHz
● Pulse Energy >300uJ@800ps
● M²<1.3
● Burst Mode Function
YSL Photonics’ FemtoYL-20 is the latest 20W high power femtosecond fiber laser. It
can deliver over 20W average power, ~400fs-6ps variable pulse width and 20uJ pulse
energy, making it an ideal laser for micromachining application.
Applications:
• Glass Welding
• Refractive Index Modification
• Two Photon Polymization
• Thin Film Material Cutting & Drilling
• Biochips Manufacturing
• Medical Device Manufacturing
Features:
• Average Power >20W
• Pulse Duration ~400fs-6ps
• Repetition Rate 25-5000kHz
• Pulse Energy >20uJ
• M2<1.3
• Burst Mode Function
YSL Photonics’ FemtoYL-50 is the latest 50W high power femtosecond fiber laser. It can deliver a ~400fs-6ps variable pulse width and over 100uJ pulse power, making it an ideal laser for micromachining application.
Applications:
• OLED Dicing
• Full Screen Dicing
• Sapphire Drilling
• Silicon Dicing
• SiC Dicing
• Metal Cutting and Drilling
• FPC Cutting
Features:
• Average Power 50W
• Pulse Duration ~400fs-6ps
• Peak Power 250MW
• Repetition Rate 25-5000kHz
• Pulse Energy 100uJ
• M2<1.3
• Burst Mode Function
YSL Photonics’ FemtoYL-100 is the latest 100W high power femtosecond fiber laser. It can deliver a ~400fs-6ps variable pulse width and over 100uJ pulse power, making it an ideal laser for micromachining application.
Applications:
• OLED Dicing
• Full Screen Dicing
• Sapphire Drilling
• Silicon Dicing
• SiC Dicing
• Metal Cutting and Drilling
• FPC Cutting
Features:
• Average Power 100W
• Pulse Duration ~400fs-6ps
• Peak Power 250MW
• Repetition Rate 25-5000kHz
• Pulse Energy 100uJ
• M2<1.3
• Burst Mode Function
TeTechS’ terahertz measurement kit is used by researchers to custom build their terahertz time-domain measurement setups. Complete with the highest quality components such as a Toptica femto-second laser and TeTechS’ photoconductive antennas, the kit allows for optimal realization of transmission and reflection measurement configurations. This selection of components has been extensively tested and designed to save researchers time and money while also providing them with the flexibility to choose the right set of components to fit their specific measurement needs.
The kit comes complete with two TeTechS T-Era photoconductive antennas, enabling researchers to achieve new levels of low noise performance among terahertz sources and detectors and ultimately achieve superior system dynamic range and discrimination.
Schematic of the measurement kit
The kit comes complete with two TeTechS T-Era photoconductive antennas, enabling researchers to achieve new levels of low noise performance among terahertz sources and detectors and ultimately achieve superior system dynamic range and discrimination.
The unique solution for oil immersion, whole slide scanning and complete solution for digital microscopy.
Simplicity ~ The M8 from PreciPoint is as intuitive and ergonomic as your smart phone.
The M8 from PreciPoint is a microscope and a scanner at the same time, but as easy to handle as your smart phone. Don‘t get lost in the set up and operation of your work tool, we want you to be able to dedicate yourself
fully to your work.
You may operate the M8 from PreciPoint with a touchscreen computer, a tablet or a smart phone. The intuitive navigation makes you feel as if you could examine the sample with your own hands.
Contact us today for free demo.
Andor’s iKon-XL is a thermoelectrically (TE) cooled, very large area CCD camera platform, accommodating large field of view sensors that are ideally suited to long exposure astronomy applications. Using the unique, patent-pending ColdSpace™ technology, the ultrasensitive iKon-XL is capable of TE cooling a 16.8 Megapixel sensor (e2v back-illuminated) down to -100 °C, avoiding the requirement for liquid nitrogen or unreliable cryo coolers. The iKon-XL also uses an exclusive Extended Dynamic Range technology, facilitating lowest noise and maximum well depth within one scan, complemented by up to 18-bit digitization capability. Flexible connectivity is standard through either USB 3.0 or a long distance direct fibre optic interface.
Andor’s PV Inspector NIR Camera is designed to offer ultimate speed and sensitivity performance for in-line Electro- and Photoluminescence Inspection, delivering > 90% QE beyond 800 nm and incorporating Fringe Suppression Technology™ to minimize fringing effects in the NIR
- QE > 90% beyond 800 nm
- 5 MHz and 3 MHz readout speeds
- Dual Exposure Ring Mode
- Fringe Suppression Technology ™
- UltraVac™
Balor is Andor’s game-changing, very large area sCMOS camera platform for Astronomy. It launches with the Balor 17-12 model, featuring an enhanced FoV 16.9 Megapixel, 70mm diagonal sensor, coupled with fast, low noise readout capability. Balor is ideal for measuring photometric and astrometric variability from milliseconds to tens of seconds timescales.
Balor is the largest commercially available sCMOS camera, designed for ‘dynamic astronomy’ applications such as Orbital Debris tracking, Solar Astronomy, Solar System Object detection, Exoplanet Discovery, Atmospheric Studies and Fast Time Resolution Astrophysics. Balor lends itself particularly well to the ‘atmospheric freezing’ techniques of Speckle/Lucky Imaging, enabling resolution enhancement of ground-based astronomy over a much larger field of view than is readily achievable through use of adaptive optics.
Key Applications
- Orbital debris & asteroid tracking
- Large sky surveys
- Solar studies
- Exoplanet discovery
- Supernovae detection
- Atmospheric studies
- Speckle/lucky imaging
