(C104TS14) Quartz Micro Cuvette, 10 mm / 2 mm (dual path) Path, 700 µL

Weight	30 g

SKU: C104TS14

Original price was: $475.00.Current price is: $428.00.

In Stock

C104TS14 is a JGS1 quartz micro cuvette for fluorescence spectroscopy, combining a 10 mm main path with a 2 mm secondary path in a Four-Way Light layout. Its 700 µL nominal capacity and compact 12.5 × 12.5 mm base suit methods that need side optical access in a small covered cell. Supplied as 1 cuvette, with a closure included.

In Stock

SKU: C104TS14 Categories: Cuvettes, Products, Quartz Fluorescence Cuvettes Brand: MachinedQuartz

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Description

C104TS14 is a JGS1 quartz micro cuvette for fluorescence spectroscopy with a 10 mm / 2 mm dual-path layout in a compact square body. The combination of Four-Way Light access, 700 µL nominal capacity and an included closure makes it useful when you need a small cell with side optical access and a covered sample during handling. The body footprint stays compact, while the dual-path geometry gives you a defined 10 mm main path together with a separate 2 mm optical direction in the same cell.

Path Length: 10 mm / 2 mm (dual path)
Sample Volume (Nominal): 700 µL
Closure Type: Screw Cap

Selection Specifications

Product Kind	Cuvette
Cell Type	Micro Cuvette
Measurement Mode	Fluorescence Spectroscopy
Pack Quantity	1 Piece
Path Length	10 mm / 2 mm (dual path)
Light Transmission Configuration	Four-Way Light
Optical Window Dimensions	2 mm
Wavelength Range — Lower Limit	200 nm
Wavelength Range — Upper Limit	2500 nm
Sample Volume (Nominal)	700 µL
External Dimensions	12.5 × 12.5 × 56 mm
Cell Body Dimensions	12.5 × 12.5 × 45 mm
Uncapped Cell Dimensions	12.5 × 12.5 × 56 mm
Overall Height without Closure	56 mm
External Dimensions Scope	Uncapped Cell
Body Height	45 mm
Overall Height with Closure	60 mm
Base Dimensions	12.5 × 12.5 mm
Material	Quartz
Material Grade	JGS1
Closure Type	Screw Cap
Closure Included	Yes
Fabrication Method	Molded 83
Detection Channel Width	2 mm

Choose this option

Choose C104TS14 when your method calls for a compact fluorescence cuvette with both a 10 mm path and a 2 mm secondary path. The 700 µL nominal capacity keeps this option in a micro-cuvette format, and the covered top is helpful when you want to reduce direct exposure of the sample during filling, transfer and measurement setup. This is also a practical choice when your holder is built around a 12.5 × 12.5 mm base.

What makes this option different

10 mm / 2 mm dual path: two stated optical directions are built into one micro cuvette.
Four-Way Light configuration: side optical access supports fluorescence measurement geometry that uses more than one face of the cell.
700 µL nominal capacity: a small-volume cell format without moving to a larger body.
Covered micro-cuvette format: supplied with a closure and sold as 1 cuvette per price unit.

Using this cell

Fill the cell so the intended illuminated sample region is fully covered in your measurement position. The 700 µL figure is the nominal capacity, not a minimum working volume, so your actual fill level should be set by your beam position and method setup.

Keep bubbles, droplets and dried residue away from the optical faces. Use the same orientation and seating position for blank and sample runs so the optical geometry stays consistent.

First-use check

Before first use, inspect the optical faces under good light for dust, fingerprints or packing residue. Rinse with a method-appropriate liquid, confirm that the cell seats squarely in the holder, and run a blank in the same orientation you will use for the sample.

Fit and optical alignment

The base is 12.5 × 12.5 mm. For holder planning, distinguish between the 45 mm body height, the 56 mm uncapped overall height and the 60 mm overall height with the closure fitted, because neck and cap clearance can matter even when the body itself fits the holder.

Z Height is not specified for this SKU, so beam alignment should be checked against your actual holder and optical axis rather than assumed from the overall cell height. That matters especially in fluorescence setups, where both the illuminated region and the collection geometry need to line up with the sample zone.

Solvents and cleaning

This cuvette uses Molded 83 fabrication. This type is commonly chosen for methods involving organic solvents or temperature-related work, but suitability still needs to be judged for the complete assembled cell, including the closure, under your actual sample and cleaning conditions.

Do not use hydrofluoric acid on quartz. Avoid hot strong alkalis and abrasive cleaning, and wipe the exterior optical faces with non-abrasive optical tissue or another suitable non-scratching material.

Included with this option

Supplied as 1 micro cuvette. Closure included.

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 requirements involving dimensions, optical path length, sample volume, optical windows or Z Height, closures and fabrication details. Send a labelled drawing or sketch together with your holder or instrument information, critical dimensions, application wavelength range, sample conditions and target quantity. Prototype batches typically involve 2–4 cells; feasibility, final specifications, price and production time are confirmed for the project quotation. Discuss your requirements and quote part number C104TS14.