Cellular Imaging Instrumentation Accessories
Molecular Devices Confocal Disk Module, Deep Tissue Geometry, Spinning Disk
The Molecular Devices Deep Tissue Confocal Disk is a spinning-disk confocal module engineered to improve imaging quality from thick, three-dimensional biological samples. Its specialized disk geometry suppresses out-of-focus light and reduces haze, enabling deeper penetration and clearer volumetric imaging in high-content workflows.
- Improves suppression of out-of-focus light for clearer images.
- Reduces haze and pinhole crosstalk in thick samples.
- Enables deeper penetration into 3D tissue and organoid samples.
- Optimized disk geometry for high-content confocal imaging workflows.
- Designed for integration with automated high-throughput imaging systems.
Molecular Devices Microplate Reader, Absorbance, 190-1000 nm, 96/384-Well
The SpectraMax Plus 384 Microplate Reader is a UV/visible absorbance reader engineered for high-throughput spectrophotometric assays. It supports standard cuvettes, 96- and 384-well microplates, and offers monochromator-based wavelength selection across the UV-visible range, automated pathlength normalization for accurate cuvette-equivalent readings, and software integration for data acquisition and analysis.
- UV/visible absorbance detection, 190-1000 nm.
- Monochromator with 1 nm wavelength increments.
- Compatible with 96-well and 384-well microplates and cuvettes.
- Pathlength correction sensor for automatic 1 cm equivalent normalization.
- Minimum volume 20 μL in 384-well plates.
- Photometric range 0-4.000 OD.
- Fast read speeds: 96-well 9 s/5 s, 384-well 29 s/16 s.
- Temperature control from ambient +4 °C to 45 °C, uniformity ±0.5 °C at 37 °C.
Molecular Devices Objective, 40x S Fluor, 0.90 NA
High-performance 40x S Fluor microscope objective optimized for fluorescence imaging in high-content microscopy. It provides a high numerical aperture for improved resolution and light collection, and is designed for thin-bottom plate imaging.
- 40x magnification for high-resolution imaging.
- Numerical aperture 0.90 for enhanced light-gathering and resolution.
- 0.3 mm working distance suitable for thin-bottom imaging.
- Recommended thin bottom/cover thickness 0.17 mm.
- Optimized for fluorescence applications.
FUJIFILM BIOSCIENCES INC sOFTWARE
Software that supports data processing based on the protocols complying with three types of pharmacopeia USP EP JP for bacterial endotoxin testing compliant with FDA 21 CFR Part 11 ERES electronic records/electronic signature and offers excellent audit trail capabilities can provide statistical processing of means standard deviations and has robust data processing functions The data processing functions can be performed by defining sample types such as standards controls and test samples
Electron Microscopy Sciences Applied Physics LaB6 Cathode Leica Lithography (SMVM)
Lanthanum hexaboride (LaB6) and cerium hexaboride (CeB6) cathodes are ideal for many small spot size applications such as SEM, TEM, surface analysis and metrology, and for high current applications such as microwave tubes, lithography, electron-beam welders, X-ray sources and free electron lasers. Greater brightness from low work function yielding higher currents at lower temps than tungsten.
Type: LaB6
Angle: 90°
Tips: 20 mm
Alkali Scientific CellPro™ Spheroid Dish, PS / PE, 35mm x 10mm, Sterile 15/Cs, .20mL Low Binding Treatment
The CellPro™ Spheroid Dish is a specialized dish designed for spheroid formation in cell culture experiments. With a low binding treatment and a 0.20mL capacity, this dish ensures optimal performance in laboratory settings. It is 35mm x 10mm in size and comes in sterile packaging with 15 dishes per case. Ideal for research on cellular interactions and behavior, this product provides reliable and high-quality results for spheroid-related studies.
