Modular illumination system with ultimate flexibility and expandability.
The Nikon Ti2-LAPP system provides modular illuminators for total internal reflection fluorescence (TIRF), photoactivation/conversion, photobleaching, epi-fluorescence, as well as super-resolution microscopy (N-STORM). Each module can be flexibly combined to build microscope systems that are optimized for individual research needs. For example, multiple TIRF modules can be incorporated into a single microscope for anisotropy experiments and fast, multi-angle TIRF imaging. Combined with the Ti2’s stratum structure, up to five illumination modules can be incorporated into a single microscope (e.g. two TIRFs, a FRAP, a DMD, and an Epi-FL module can all be integrated into one Ti2).
High resolution, high speed and UV-Visible
CB2 is an ultra-high performance scientific camera integrating Sony CMOS sensors specifically designed for research and applications requiring flexibility, speed and low noise. The CB2 series offers a spectral sensitivity from 200 to 1000 nm with resolutions ranging from 0.5 MP to 24.5 MP. Its internal hydraulic cooling enables the study of phenomena in the most light-starved conditions.
A compact design with flexible configuration, delivering uncompromised quality and making advanced Holotomography imaging accessible for every lab.
The HT-X1™ mini makes advanced holotomography accessible to all. Compact, intuitive, and ready for any lab bench, it transforms everyday research into breakthrough 3D imaging. Its portable, space-saving design allows effortless installation even in limited environments such as cell culture rooms, clinical labs, or field labs.
Powered by the same 2nd generation holotomography technology as the HT-X1 series, it delivers high-resolution, label-free 3D imaging of live cells. Fully compatible with TomoAnalysis™, the HT-X1™ mini ensures the same high-quality image analysis as the HT-X1 series, providing seamless continuity in research.
The HT-X1™ mini is built to grow with your research. Start with the essentials, then expand capabilities with four upgrade modules — fluorescence imaging, environmental incubation, laser-based autofocus, and multi-wavelength illumination. This modular flexibility lowers initial investment barriers while enabling your system to adapt to new experimental needs — supporting everything from routine cell culture checks to complex, high-content 3D imaging.
HydraHarp 500 is a high-accuracy time tagger and TCSPC unit with picosecond timing precision. Featuring versatile trigger methods and multiple interfaces, it is perfectly suited for demanding applications that require many input channels and high data throughput.
The Chromatiq Spectral Engine™ (CSE) is a sophisticated light source capable of matching real-world lighting conditions, emulating illuminant standards, and creating custom spectra.
Flexible Spectral Resolution & High Throughput Results
The TLS-EQ-9-S is based on the EQ-9 LDLS, offering mid-range output power in a flexible, easy-to-use package.
The spectral resolution of the TLS-EQ-9-S is user-configurable, allowing users to select different bandwidths for different applications. The stable performance of the TLS-EQ-9-S translates to consistent, reliable results, while the fast step time and high brightness enable high process throughput.
TLS-EQ-9-S is extremely easy to use and maintain. The intuitive graphic user interface (GUI) allows for the creation of automated scans to rapidly step between prescribed wavelength bands. The fiber-coupled output of the TLS-EQ-9-S makes it simple to integrate into a variety of optical configurations.
Built around our Laser-Driven Light Source (LDLS®) technology, the Laser-Driven Tunable Light Source (LDTLS®) gives you access to a wide wavelength range of tunability, high spectral resolution, and an extremely long lifetime with the convenience of fiber-coupled output.
