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For the transmission or absorbance of scattering liquid samples.
The liquid cell holder measures the transmission or absorbance of liquid samples. It holds a standard 1-cm path length cuvette and mounts at the transmission or reflection port of the internal DRA.
Turn routine UV‑Vis into an efficient, set‑and‑forget workflow.
The Agilent Cary 60 UV‑Vis 18‑Cell Changer streamlines routine UV‑Vis workflows by automating the measurement of up to 18 cuvettes in a single run. This reduces hands‑on time while helping maintain consistent data quality and a simple, efficient workflow.|By minimizing manual cuvette handling, the accessory increases throughput and reduces the risk of user‑introduced variability and errors. With less operator interaction required, analysts can focus on higher‑value tasks. When paired with a circulating water bath such as the PCB‑1500, it also supports stable, temperature‑controlled experiments.
UV-Vis-NIR external DRA cuvette holder for mounting 10-mm pathlength cuvettes.
The cuvette-style center mount holder mounts a standard 10-mm pathlength cuvette inside the external DRA integrating sphere at a fixed angle normal to the incident beam. This holder is ideal for measuring the absorbance of turbid liquids such as protein and other biological solutions.
Determine photometric accuracy without limits on temperature, wavelength, or spectral bandwidth.
The double aperture photometric accuracy kit, a plate with two separate holes that can be separately covered or uncovered, produces two independent light fluxes onto the detector from the instrument's sample beam. Designed for use with Cary 4000, 5000, 6000i, and 7000 spectrophotometers, the kit determines photometric accuracy without limits on temperature, wavelength, or spectral bandwidth (SBW).
Measure UV spectra of solid samples down to 5 mm in diameter with the Cary 60 solid sample holder.
The Cary 60 solid sample holder accessory is used for the measurement of solid samples down to 5 mm in diameter. The accessory is mounted onto the floor of the Cary 60 instrument, and it uses the same sample slides and supports as other Cary UV-Visible instruments for UV-Vis transmission measurements.
Used with the Cary WinUV Validate software to measure photometric accuracy.
The double aperture attachment is used with the Cary WinUV Validate software to measure photometric accuracy with the double aperture technique. The double aperture attachment attaches to a slide mount, which then mounts in an external DRA.
Pump solutions through up to three flow cells in a Cary 3500 UV-Vis.
The Cary Sipper is an optional accessory for the Cary 3500 UV-Vis spectrophotometer. It includes a novel three-channel pump that fills and rinses up to three flow cells at the same time, reducing the sample measurement time and operator-induced errors associated with manually filling cuvettes.|The Sipper is compatible with both the Compact and Multicell configurations of the Cary 3500 instrument. The Cary UV Workstation software has settings for Sipper fill time, Hold time and Rinse time. You can set these times to suit your sample types. For example, viscous samples may need longer fill and rinse times.|When used with the Cary 3500 Multicell instrument, three samples can be pumped and measured at the same time. This configuration offers the maximum sample throughput and time savings.
Increases space, replacing the standard sample compartment door, and quickly slides into place.
The Cary 4000, 5000, 6000i, and 7000 extended sample compartment replaces the standard sample compartment wall, quickly sliding into place for use with accessories. It is injection molded as a single component to seal the sample compartment from external light. The sample compartment increases by 211.5 mm with the addition of the extender.
Reduces noise and extends the dynamic range of the spectrophotometer.
The rear beam attenuator (RBA) provides continuous attenuation of the UV-Vis-NIR spectrophotometer’s reference beam to extend its dynamic range and reduce noise at higher absorption levels. The motorized accessory mounts on the sample compartment wall and is driven from the Cary WinUV software.
The powder cell measures reflectance of powders or pastes using the reflectance port of the DRA.
Powder cell kits are used for diffuse reflectance spectroscopy (DRS). The powders cell is used to hold powder samples, or pastes, against the reflectance port of the internal or external DRA. The kit contains a prepacked PTFE cell, for use as a reflectance standard, and an empty powder cell holder for sample measurements. Each cell has a quartz window and for measurements across the 250–2500 nm wavelength range.|The powder cell holders accommodate a range of sample volumes. The large powder cell for the external DRA holds powder volumes from approximately 2 to 20 mL, while the small powder cell for the internal DRA can hold volumes from 0.2 to 2 mL dependent on the particle size and opacity.
Measures light transmission at differing angles of incidence.
The Brewster angle holder measures light transmission at differing angles of incidence onto a thin solid sample. The Brewster angle holder fits into a solid sample holder slide for the Cary 4000, 5000, 6000i, and 7000 UV-Vis-NIR spectrophotometers, plus the Cary 60 and Cary 3500 Flexible UV-Vis spectrophotometers.
The ideal accessory for research and QA/QC analysis of advanced materials including thin films, coatings, optics, glass and solar.
Revolutionize your materials analysis with the Solids Autosampler for the Cary 7000 Universal Measurement Spectrophotometer (UMS), and Universal Measurement Accessory (UMA).|The Solids Autosampler is designed to enhance the productivity and capabilities of your UMS and UMA. Measure up to 32, 1-inch samples in a single run, or profile large samples (up to 8 inches) for coating uniformity at a spatial resolution down to 2mm x 2mm. The Solids Autosampler is the ideal accessory for both research and QA/QC analysis of advanced materials including thin films, coatings, optics, glass and solar.
Used for transmission measurements of filters, glass, and other solid samples.
The solid sample holder is designed for transmission measurements of filters, glass, polymers, and other solid samples when using the Cary 4000, 5000, 6000i, and 7000 UV-Vis-NIR spectrophotometers. Two solid sample holders come as standard with the Cary 5000, 6000i, and 7000, and are optional for the Cary 4000.|The solid sample holders are secured to the optical rails, which allow the sample to be positioned anywhere in the beam, depending on the sample thickness. Several aperture masks (as small as 1 mm) are supplied with the holders.
Fluorescence mAb Aggregation Analysis method, compatible with Cary Eclipse Fluorescence spectrometer
The Fluorescence Workflow solution for rapid mAb aggregation analysis is a documented method that has been optimized by experts in the field to screen high sample loads common in clone selection and formulation optimization experiments. The workflow manual has been designed for the Cary Eclipse Fluorescence instrument fitted with the Microplate Reader Accessory and is perfectly suited to complement existing HPLC-SEC workflows. The method includes the step-by-step instructions to implement the complete workflow.|With superior speed and sensitivity, this workflow can reduce overall analysis time by up to 75% when used in conjunction with existing HPLC-SEC methods, allowing significant improvements in both cost and throughput.
UV-Vis-NIR liquid cell holders for cuvettes including long pathlength, cylindrical, thermostatted.
The Cary UV-Vis liquid cell holders are designed for measuring liquid samples on the Cary UV-Vis and UV-Vis-NIR spectrophotometers. The selection of Agilent spectrophotometer liquid sample holders can be used for all types of sample measurements.|Water-thermostatted and Peltier cell holders make temperature-controlled measurements possible. Microcell holders are available for the Cary 60 for sample volumes down to 4 μL. A range of long-pathlength cell holders for pathlengths up to 10 cm are available.
Automatically determine photometric accuracy without temperature, wavelength, or SBW limits.
Controlled by the Cary WinUV Validation software, this aperture control kit avoids the repetitiveness of manually rotating the aperture mask. Created for the Cary 4000, 5000, 6000i, and 7000 spectrophotometers, the kit enables determination of photometric accuracy without limits on temperature, wavelength, or spectral bandwidth (SBW).
Holds rigid transparent, translucent, or opaque samples.
The jaw-style variable angle center mount holder holds rigid, transparent, translucent, or opaque samples, such as frosted glass or mirrors, that can be clamped into position. This holder is best suited for absorptance measurements of samples that reflect and transmit light. It quickly sets the desired incidence angle to the nearest 1 degree with a rotating 360-degree dial.|This holder is compatible with the external DRA type of integrating spheres. Hemispherical reflectance, transmittance, and transflectance factor can be measured as a function of incidence angle.
Holds thin and flexible transparent, translucent, or opaque samples.
The clip-style variable angle center mount holder holds thin and flexible samples such as films. The holder features a 360-degree rotating dial for holding samples at specified angles of incidence from the sample beam. Hemispherical reflectance, transmittance, and transflectance factor can be measured as a function of incidence angle.
Fiber optic probes, couplers, shields and tips for Versa/Dip probes used with Cary UV-Vis Systems
Fiber optic probes enable fast accurate measurements, improving your workflow and productivity, and eliminating the need for expensive cuvettes.|Agilent offers a comprehensive range of fiber optic measurement probes, couplers, shields and tips for Versa/Dip probes used with Cary UV-Vis systems.
The Agilent Sample Planer is used to prepare samples for analysis using the Agilent 8700 LDIR Chemical Imaging System. This LDIR accessory uses a standard microtome blade and enables users to create a consistent flat surface in a simple manner.