(C104SE9) Quartz Micro Cuvette, 10 mm Path, 1.4 mL
Original price was: $293.00.$264.00Current price is: $264.00.
C104SE9 is a quartz micro cuvette with a 10 mm optical path, Four-Way Light access and a stopper, intended for fluorescence spectroscopy and methods using volatile solutions. Its 1.4 mL nominal capacity, 4 mm window dimension and 4 mm sample-channel width help you check beam coverage and sample handling in a narrower sample region. Sold as 1 cuvette per price unit.
Description
C104SE9 is a quartz micro cuvette for fluorescence spectroscopy with a 10 mm optical path, Four-Way Light access and a stoppered top. This version uses a 1.4 mL nominal capacity with a 4 mm window dimension and 4 mm sample-channel width, which makes the sample region narrower than wider slit variants and worth checking carefully against your beam footprint and filling routine. Quartz is specified here for 200–2500 nm use.
- Path Length
- 10 mm
- Sample Volume (Nominal)
- 1.4 mL
- Closure Type
- Stopper
Selection Specifications
| Product Kind | Cuvette |
|---|---|
| Cell Type | Micro Cuvette |
| Measurement Mode | Fluorescence Spectroscopy |
| Path Length | 10 mm |
| Light Transmission Configuration | Four-Way Light |
| Optical Window Dimensions | 4 mm |
| Wavelength Range — Lower Limit | 200 nm |
| Wavelength Range — Upper Limit | 2500 nm |
| Sample Volume (Nominal) | 1.4 mL |
| Material | Quartz |
| Closure Type | Stopper |
| Closure Included | Yes |
| Detection Channel Width | 4 mm |
Choose this option
Choose C104SE9 when you need a 10 mm path and side optical access in a stoppered micro cuvette, but want a 1.4 mL format with a narrower 4 mm sample region. It is a practical option for fluorescence-related setups where optical access from multiple sides matters and where a covered top is preferred during loading and measurement of volatile solutions.
What makes this option different
- 10 mm optical path for methods that use this path length.
- Four-Way Light layout provides optical access on four sides around the sample region for supported fluorescence geometry.
- Stoppered top gives covered access after filling, which is useful for work involving volatile solutions.
- 1.4 mL nominal capacity identifies the body volume option for this SKU; it is not a minimum working fill.
- 4 mm window dimension is useful when checking whether the beam footprint stays within the intended optical area.
- 4 mm sample-channel width makes beam placement and bubble control more dependent on careful filling and alignment.
- Fused integrated construction is the supplier’s stated build style for this exact cuvette and should be considered together with your cleaning routine and sample chemistry.
Using this cell
Fill the cell so the illuminated region is covered, then insert the stopper after loading the sample. Use the same orientation and stopper seating for blank and sample runs, and check that no bubbles remain in the optical path.
Because the stated sample-channel width is 4 mm, take extra care to keep bubbles, droplets and meniscus effects out of the measurement region. Keep the exterior optical faces clean and dry before placing the cuvette in the holder.
First-use check
Before first use, inspect the optical faces for residue, chips or handling marks, rinse with a suitable cleaning liquid for your method, and run a blank in the intended measurement orientation. Confirm that the filled sample covers the beam path without trapped bubbles.
Fit and optical alignment
Check holder clearance and beam position before ordering. Z Height is not established for this listing, so fit with a specific instrument beam center should be reviewed from the actual holder and beam geometry rather than assumed from the path length.
The 4 mm window dimension and 4 mm sample-channel width are the available geometry references for checking beam coverage in the sample region. If your setup has limited compartment space or a fixed alignment position, send the holder drawing or instrument details for review.
Solvents and cleaning
Compare fabrication options if your sample or cleaning routine involves demanding chemicals. For this exact listing, assembly-level chemical limits are not established here, so the liquid, concentration, temperature and cleaning approach should be checked against the complete cuvette construction before use.
Do not use hydrofluoric acid on quartz. Avoid hot strong alkalis and abrasive cleaning, and wipe the exterior optical faces gently with non-abrasive optical tissue.
Included with this option
1 cuvette per listed price unit. Stopper 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 connections, fabrication and tolerances. Send a dimensioned drawing or labelled sketch and identify the dimensions and tolerances that are critical to your application. Prototype batches typically involve 2–4 cells; the final quantity, feasibility, specifications, price and production time are confirmed in the project quotation. Discuss your requirements and quote part number C104SE9.
Additional information
| Weight | 30 g |
|---|
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