(C102CS4) Quartz Micro Cuvette, 10 mm / 1 mm (dual path) Path

Weight	30 g

SKU: C102CS4

Original price was: $285.00.Current price is: $257.00.

In Stock

C102CS4 is a JGS1 quartz micro cuvette for fluorescence spectroscopy with a 10 mm primary path, a 1 mm secondary path and Four-Way Light access. Its 70 mm open-top body gives direct pipette access and extra vertical clearance for filling and viewing the sample region during setup. The listed price is for 1 cuvette.

In Stock

SKU: C102CS4 Categories: Cuvettes, Products, Quartz Custom Cuvettes Brand: MachinedQuartz

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Description

C102CS4 is a JGS1 quartz micro cuvette for fluorescence spectroscopy with a 10 mm primary path, a 1 mm secondary path and Four-Way Light access. The open top gives direct access to the sample region for pipetting and visual checks, while the 70 mm body provides a taller format that you can review against holder depth and overhead clearance. Its stated optical range is 200–2500 nm, and the listed price is for one cuvette.

Path Length: 10 mm / 1 mm (dual path)
Cell Type: Micro Cuvette
Opening Configuration: Open Top

Selection Specifications

Product Kind	Cuvette
Cell Type	Micro Cuvette
Measurement Mode	Fluorescence Spectroscopy
Path Length	10 mm / 1 mm (dual path)
Light Transmission Configuration	Four-Way Light
Optical Window Dimensions	1 mm
Wavelength Range — Lower Limit	200 nm
Wavelength Range — Upper Limit	2500 nm
External Dimensions	12.5 × 12.5 × 70 mm
Cell Body Dimensions	12.5 × 12.5 × 70 mm
External Dimensions Scope	Body Only
Material	Quartz
Material Grade	JGS1
Opening Configuration	Open Top
Detection Channel Width	1 mm

Choose this option

Choose C102CS4 when your method is built around this exact 10 mm / 1 mm micro-cuvette geometry and you want open-top handling rather than a closed or threaded format. The four-side optical access supports fluorescence setups that need side access around the sample region, and the tall 70 mm body can be useful where you prefer more body length above the measured area for handling, insertion or visual inspection during filling.

What makes this option different

10 mm primary path suits methods and holders arranged for a standard front optical path through the sample.
1 mm secondary path adds a shorter cross-direction optical dimension in the same cell, so this option is best chosen when that exact dual-path layout matters to your measurement geometry.
Four-Way Light access gives optical approach from multiple sides around the sample region, which is why this format is used for fluorescence work with compatible beam layout.
Open-top access lets you load, inspect and exchange the sample directly from above without fittings or a threaded closure.
70 mm body height gives a taller handling format than shorter micro cells, so it is worth checking both holder depth and the space above the holder for pipette access.
Fused integrated construction is the supplier’s term for this exact build, making it a specific integrated micro-cuvette format rather than a demountable plate-style assembly.

Using this cell

Fill the cell from the top with a pipette, adding the sample carefully so the measurement region is covered cleanly. The narrow 1 mm slit region makes slow filling and a visual bubble check especially helpful before measurement.

Use a consistent orientation for blank and sample runs so the same optical faces and path directions are presented each time. Because this is an open-top cell, it is intended for direct bench loading rather than sealed, pressurised or tubing-connected use.

First-use check

Inspect the optical faces under good light before first use, then rinse with a suitable liquid for your method. After filling with a blank, confirm that the sample region is fully covered and free of visible bubbles or residue.

Fit and optical alignment

The stated 12.5 × 12.5 × 70 mm dimensions apply to the cell body. Use these body dimensions to review holder slot size, clamp space and the height available above the holder for filling and handling.

Overall body height does not establish beam-center height. If your instrument or fluorescence fixture depends on a defined Z Height or insertion depth, check that requirement separately before ordering.

Solvents and cleaning

This cell is made from JGS1 quartz and uses the supplier’s fused integrated construction. For background on fabrication approaches used across MQ cuvettes, see our fabrication guide.

Do not use hydrofluoric acid on quartz. Avoid hot strong alkalis and abrasive cleaning materials. Chemical compatibility for this exact assembly is not fully defined here, so if your sample or cleaning routine involves aggressive chemicals, please check the full liquid conditions with us before ordering.

Included with this option

1 cuvette per listed price unit. If you need a supplied closure or other accessory, contact us before ordering.

Availability and ordering

Order this specification directly, or contact us to check current availability and dispatch timing. If temporarily unavailable, additional preparation or production time may be needed. For a required delivery date, contact us before checkout; preparation or production is separate from carrier transit and customs clearance.

Discuss a custom version

We coordinate custom JGS1 quartz production for changes involving dimensions, optical path length, optical windows or Z Height, closures and connections, fabrication and tolerances. Send a dimensioned drawing or labelled sketch together with your holder or instrument details, application wavelength, sample chemistry and target quantity. Prototype batches typically involve 2–4 cells; final feasibility, specifications, price and production time are confirmed in the project quotation. Discuss your requirements and quote part number C102CS4.