Drug discovery > Basic Research Products & Reviews

Fast track precise spatial multiplexing

AtlaZ accelerates cellular research by enabling the investigation of a large variety of effects in cells over time. It offers label-free and real-time monitoring capabilities. It can simultaneously or independently record data from up to six 96-well plates. The system's methodology relies on electrical impedance spectroscopy, which delivers an unprecedented quantity and quality of information from your cellular experiments.

The M-Series™ systems are cryogen/cooling-free, self-shielded, high-performance MRI systems based on permanent magnet technology. The M-Series systems allow preclinical researchers, with or without in-depth knowledge of MR physics, to utilize the gold standard method in soft tissue imaging without the cost, complexity, and technical burden of superconducting MRI systems. 

The NEWTON FT-900 is a deeply cooled CCD imager dedicated to SWIR (NIR-I, NIR-II), fluorescence and bioluminescence multi-spectral imaging as it allows for in vivo applications in the visible, near and short-wave infrared spectrum (VIS/ NIR/ NIR-II). Smart and ultra sensitive, it provides non-ionizing and non-invasive visualization of biological processes in real-time.

The TriTom imaging platform utilizes photoacoustic and fluorescence tomographies (PAFT) for high-resolution, non-invasive whole-body imaging in small animal models, achieving up to 160 µm resolution. This multi-modality system enables simultaneous acquisition of photoacoustic and fluorescence data in large volumes (> 25 cm3), allowing for spectroscopic molecular analysis. 

The SuperArgus PET/CT is a high-performance imaging system it can be configured as a combined PET/CT or PET or CT only system, and features state-of-the-art phoswich PET detectors with true depth-of-interaction (tDOI) for resolution uniformity and high sensitivity. The system offers real-time imaging up to 2.5msec frame rate and advanced capabilities like sensorless cardiac gating and conscious/awake imaging.

Intravital Microscopy(IVM) is an all-in-one two-photon and/or confocal microscopy system designed and optimized for longitudinal imaging of live animal models in vivo. This equipment has been designed around ease-of-use and augmented throughput as a next-generation core technology for biologists and translational scientists to elucidate the underlaying mechanism of every biological phenomena at tissue and cellular level. 

The Newton 7.0 is a cutting-edge optical imaging system that offers the versatility to perform bioluminescence, fluorescence, and 3D tomographic imaging in a single device. Its user-friendly interface and advanced features make it ideal for in vivo, ex vivo, and in vitro imaging applications, as well as simultaneous imaging of multiple specimens.

The IR Biotyper ® , leveraging FT-IR spectroscopy, enables swift, user-friendly, and cost-effective same-day typing of microbial strains for applications in hospital hygiene, epidemiology, industrial hygiene control, and source tracking.   

Premium plates

Secure handling

Polycarbonate storage boxes for ultra low temperature use

Developed for the storage and transportation of biological material.

Virgin polypropylene plates with SBS footprint

Starlab Non-Skirted PCR-Plates have no skirt at the plate edges and have a universal fit for all common thermocyclers.

Virgin polypropylene plates with SBS footprint

Virgin polypropylene plates for reduced sample binding compared to polystyrene plates

Assembled sterile tubes & caps

Positive snap-in transparent lid guarantees safe closure

Impact-resistant acetal polymer rack for cryogenic storage vials.

Cyto-Cellect™ Human IgGK Detection Kit offers a sensitive and robust assay for the detection of human IgG antibody secretion, ideal for streamlining cell isolation and titer determination.

Cyto-Surf® A is required to operate Cyto-Mine®. It provides the oil phase of our water-in-oil picodroplet system and is fully optimized for use with Cyto-Mine®.

Cyto-Surf® B is required to operate Cyto-Mine®. It provides the surfactant necessary to make stable biocompatible picodroplets and is fully optimized for Cyto-Mine®.

Cyto-Cartridge® provides the core microfluidic functions used by Cyto-Mine® to implement picodroplet workflows. It is a single-use, fully disposable device to ensure zero cross-contamination between runs and maintain cell quality.

Pico-Break™ is used to gently reduce the stability of picodroplets in order to release cellular or molecular contents into an aqueous medium for subsequent processing.