(C102SR13) Quartz Micro Cuvette, 10 mm Path, 700 µL
Original price was: $143.00.$129.00Current price is: $129.00.
C102SR13 is a JGS1 quartz micro cuvette with a 10 mm optical path, Two-Way Light layout and 700 µL nominal capacity. Its covered top and 2 mm sample region suit UV/Vis work that needs a standard transmission path in a compact, closed-access cell. Supplied as 1 cuvette per price unit.
Description
C102SR13 is a JGS1 quartz micro cuvette for UV/Vis measurements that use a standard 10 mm optical path in a smaller covered cell format. This option combines a 700 µL nominal capacity, a 2 mm sample region and an included closure, so it suits methods that need direct top filling but prefer the sample chamber to be covered during handling and measurement. The stated wavelength range is 200–2500 nm, and the listed price is for 1 cuvette.
- Path Length
- 10 mm
- Sample Volume (Nominal)
- 700 µL
- Closure Type
- Stopper
Selection Specifications
| Product Kind | Cuvette |
|---|---|
| Cell Type | Micro Cuvette |
| Measurement Mode | UV/Vis Spectroscopy |
| Pack Quantity | 1 Piece |
| Path Length | 10 mm |
| Light Transmission Configuration | Two-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 × 45 mm |
| Uncapped Cell Dimensions | 12.5 × 12.5 × 45 mm |
| Overall Height without Closure | 45 mm |
| External Dimensions Scope | Uncapped Cell |
| Body Height | 45 mm |
| Base Dimensions | 12.5 × 12.5 mm |
| Material | Quartz |
| Material Grade | JGS1 |
| Closure Type | Stopper |
| Closure Included | Yes |
| Detection Channel Width | 2 mm |
Choose this option
Choose C102SR13 when you need a 10 mm transmission path but do not want a larger general-purpose cell body. The compact sample chamber is useful when your method works with a small nominal volume, and the covered opening helps when you want to load from the top and then measure with the sample region protected rather than fully open. Its fused integrated construction is the joining style to note here: for this SKU, that matters as a build choice of the complete quartz cell body, not as a claim of extra optical performance.
What makes this option different
- 10 mm optical path in a micro format for methods built around a standard transmission length, but in a smaller cell body.
- Covered top with included closure so you fill through the opening, then cover the cell for handling and measurement instead of working with an always-open chamber.
- 700 µL nominal capacity for a compact sample chamber when a full-size cuvette body is unnecessary.
- 2 mm sample region to check against your beam footprint and your practical filling approach.
- Two-Way Light layout for transmission through two opposite optical faces rather than side-access measurement geometry.
- Fused integrated construction as the stated build style for this quartz cell, relevant when you are choosing among different cuvette construction approaches for routine use and cleaning practice.
- JGS1 quartz with stated 200–2500 nm range for optical work across the specified wavelength span.
Using this cell
Fill from the top opening and insert the closure gently after loading the sample. Because this is a covered micro-cell rather than an open-top chamber, it is suited to users who want direct access during filling but prefer the sample area to be covered once the cell is in use.
The 700 µL figure is a nominal capacity, not a minimum working volume. In practice, the liquid level still needs to cover the illuminated region in your measurement setup, and bubbles or droplets in a narrow sample region should be checked carefully before reading.
First-use check
- Inspect the optical faces, top opening and closure area for chips, residue or visible particles.
- Test-fit the uncapped body in your holder before filling.
- After filling, confirm that the beam path is fully covered and that no bubbles remain in the reading zone.
Fit and optical alignment
The uncapped cell body measures 12.5 × 12.5 × 45 mm. Use that uncapped body size to check holder fit, seating depth and side clearance, and leave additional space above the cell for access to the closure.
This is a Two-Way Light cell, so the measurement beam passes through two opposite optical faces. Z Height is not stated for this option, so if your instrument has a fixed beam center, check beam position against the actual sample region rather than relying on body height alone.
Solvents and cleaning
This cuvette uses quartz with fused integrated construction. In practical use, that construction term identifies the build style of this exact cell rather than a general guarantee for solvent resistance, temperature or pressure. If your method involves aggressive chemicals, elevated temperature, long soak times or unusual cleaning routines, check suitability for the complete wetted assembly before use.
Do not use hydrofluoric acid on quartz. Avoid hot strong alkalis and abrasive cleaning. Clean the optical faces with non-abrasive optical tissue or another non-scratching laboratory material. For general background on cuvette fabrication approaches, see https://machinedquartz.com/fabrication-method-of-cuvettes/.
Included with this option
1 cuvette per listed price unit. 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
For a different body size, path length, sample volume, opening style or holder-related requirement, send your drawing or labelled sketch and reference C102SR13. If beam position or top clearance matters in your setup, include your instrument or fixture details as well. https://machinedquartz.com/contact/
Additional information
| Weight | 30 g |
|---|
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