Cómo elegir la OD para detección qPCR
Use stronger blocking when neighboring dye channels are close or detector gain is high. For routine qPCR, confirm both in-band transmission and out-of-band rejection before changing a standard filter set.
Filtros ópticos PCR para instrumentos qPCR
Compare filtros de excitación, emisión y dicroicos para canales qPCR comunes. Revise canales de colorante, longitudes de onda, FWHM, niveles de bloqueo y dimensiones mecánicas antes de solicitar cotización.
Cómo elegir
Comience con el canal del colorante y el trayecto óptico del instrumento. Primero haga coincidir las longitudes de onda de excitación y emisión, luego confirme FWHM, bloqueo OD, transición dicroica, ángulo de incidencia y dimensiones del filtro. Para sistemas qPCR multicanal, mantenga suficiente separación espectral entre colorantes vecinos para reducir el crosstalk.
1
Filtros PCR de fluorescencia
Los filtros PCR de OPTOStokes están diseñados para instrumentos de PCR cuantitativa en tiempo real, incluyendo Bio-Rad CFX, Applied Biosystems QuantStudio y Roche LightCycler. Estos filtros ofrecen alta transmitancia en las longitudes de onda objetivo con bloqueo profundo fuera de banda para una detección de fluorescencia precisa en sistemas PCR multicanal. Use la tabla de correspondencia fluoróforo-filtro para identificar rápidamente los filtros adecuados para FAM, HEX, CY5, ROX y más.
Mapa de canales de fluoróforos PCR
Start with the dye channel, then confirm the excitation, emission, and dichroic components as one optical path. The matrix below is the latest reviewed PCR application profile.
| Canal de fluoróforo | Filtro de excitación | Filtro de emisión | Longpass Dichroic | Shortpass Dichroic |
|---|---|---|---|---|
| Atto 425 | STO-430-24 | STO-480-30 | STO-DM450LP | No especificado |
| FAM/SYBR Green | STO-470-30 | STO-520-20 | STO-DM505LP | STO-DM500SP |
| HEX/VIC/JOE | STO-530-20 | STO-565-22 | STO-DM550LP | STO-DM550SP |
| CY3/TAMRA | STO-543-20 | STO-585-20 | STO-DM565LP | STO-DM565SP |
| ROX/Texas Red | STO-570-20 | STO-612-20 | STO-DM590LP | STO-DM600SP |
| Atto 633 | STO-620-20 | STO-655-20 | STO-DM635LP | No especificado |
| CY5/Qusar 670 | STO-630-20 | STO-675-20 | STO-DM650LP | STO-DM650SP |
| CY5.5/Qusar 705 | STO-675-20 | STO-725-30 | STO-DM700LP | STO-DM690SP |
| CY7 | STO-725-30 | STO-800-30 | STO-DM770LP | No especificado |
Modelos de filtros bandpass PCR
Sixteen canonical bandpass models are shown once each. Excitation and emission roles are application profiles; shared mechanical formats are listed once in the engineering reference table below.
| Modelo | Aplicación | CWL (nm) | FWHM (nm) | Transmitancia | Bloqueo | Formatos |
|---|---|---|---|---|---|---|
| STO-430-24 | Excitación — Atto 425 | 430 ± 3 | 24 ± 3 | T>91% | ODavg > 6 at 350-800 nm ; OD > 3 at 800-1050 nmConsultar condicionesODavg > 6 at 350-800 nm (out-of-band; passband excluded where applicable); OD > 3 at 800-1050 nm (out-of-band; passband excluded where applicable) |
|
| STO-470-30 | Excitación — FAM/SYBR Green | 470 ± 3 | 30 ± 3 | T>91% | ODavg > 6 at 350-800 nm ; OD > 3 at 800-1050 nmConsultar condicionesODavg > 6 at 350-800 nm (out-of-band; passband excluded where applicable); OD > 3 at 800-1050 nm (out-of-band; passband excluded where applicable) |
|
| STO-480-30 | Emisión — Atto 425 | 480 ± 3 | 30 ± 3 | T>91% | ODavg > 6 at 350-800 nm ; OD > 3 at 800-1050 nmConsultar condicionesODavg > 6 at 350-800 nm (out-of-band; passband excluded where applicable); OD > 3 at 800-1050 nm (out-of-band; passband excluded where applicable) |
|
| STO-520-20 | Emisión — FAM/SYBR Green | 520 ± 3 | 20 ± 3 | T>91% | ODavg > 6 at 350-800 nm ; OD > 3 at 800-1050 nmConsultar condicionesODavg > 6 at 350-800 nm (out-of-band; passband excluded where applicable); OD > 3 at 800-1050 nm (out-of-band; passband excluded where applicable) |
|
| STO-530-20 | Excitación — HEX/VIC/JOE | 530 ± 3 | 20 ± 3 | T>91% | ODavg > 6 at 350-800 nm ; OD > 3 at 800-1050 nmConsultar condicionesODavg > 6 at 350-800 nm (out-of-band; passband excluded where applicable); OD > 3 at 800-1050 nm (out-of-band; passband excluded where applicable) |
|
| STO-543-20 | Excitación — CY3/TAMRA | 543 ± 3 | 20 ± 3 | T>91% | ODavg > 6 at 350-800 nm ; OD > 3 at 800-1050 nmConsultar condicionesODavg > 6 at 350-800 nm (out-of-band; passband excluded where applicable); OD > 3 at 800-1050 nm (out-of-band; passband excluded where applicable) |
|
| STO-565-22 | Emisión — HEX/VIC/JOE | 565 ± 3 | 22 ± 3 | T>91% | ODavg > 6 at 350-800 nm ; OD > 3 at 800-1050 nmConsultar condicionesODavg > 6 at 350-800 nm (out-of-band; passband excluded where applicable); OD > 3 at 800-1050 nm (out-of-band; passband excluded where applicable) |
|
| STO-570-20 | Excitación — ROX/Texas Red | 570 ± 3 | 20 ± 3 | T>91% | ODavg > 6 at 350-800 nm ; OD > 3 at 800-1050 nmConsultar condicionesODavg > 6 at 350-800 nm (out-of-band; passband excluded where applicable); OD > 3 at 800-1050 nm (out-of-band; passband excluded where applicable) |
|
| STO-585-20 | Emisión — CY3/TAMRA | 585 ± 3 | 20 ± 3 | T>91% | ODavg > 6 at 350-800 nm ; OD > 3 at 800-1050 nmConsultar condicionesODavg > 6 at 350-800 nm (out-of-band; passband excluded where applicable); OD > 3 at 800-1050 nm (out-of-band; passband excluded where applicable) |
|
| STO-612-20 | Emisión — ROX/Texas Red | 612 ± 3 | 20 ± 3 | T>91% | ODavg > 6 at 350-800 nm ; OD > 3 at 800-1050 nmConsultar condicionesODavg > 6 at 350-800 nm (out-of-band; passband excluded where applicable); OD > 3 at 800-1050 nm (out-of-band; passband excluded where applicable) |
|
| STO-620-20 | Excitación — Atto 633 | 620 ± 3 | 20 ± 3 | T>91% | ODavg > 6 at 350-800 nm ; OD > 3 at 800-1050 nmConsultar condicionesODavg > 6 at 350-800 nm (out-of-band; passband excluded where applicable); OD > 3 at 800-1050 nm (out-of-band; passband excluded where applicable) |
|
| STO-630-20 | Excitación — CY5/Qusar 670 | 630 ± 3 | 20 ± 3 | T>91% | ODavg > 6 at 350-800 nm ; OD > 3 at 800-1050 nmConsultar condicionesODavg > 6 at 350-800 nm (out-of-band; passband excluded where applicable); OD > 3 at 800-1050 nm (out-of-band; passband excluded where applicable) |
|
| STO-655-20 | Emisión — Atto 633 | 655 ± 3 | 20 ± 3 | T>91% | ODavg > 6 at 350-800 nm ; OD > 3 at 800-1050 nmConsultar condicionesODavg > 6 at 350-800 nm (out-of-band; passband excluded where applicable); OD > 3 at 800-1050 nm (out-of-band; passband excluded where applicable) |
|
| STO-675-20 | Excitación — CY5.5/Qusar 705; Emisión — CY5/Qusar 670 | 675 ± 3 | 20 ± 3 | T>91% | ODavg > 6 at 350-800 nm ; OD > 3 at 800-1050 nmConsultar condicionesODavg > 6 at 350-800 nm (out-of-band; passband excluded where applicable); OD > 3 at 800-1050 nm (out-of-band; passband excluded where applicable) |
|
| STO-725-30 | Excitación — CY7; Emisión — CY5.5/Qusar 705 | 725 ± 3 | 30 ± 3 | T>91% | ODavg > 6 at 350-800 nm ; OD > 3 at 800-1050 nmConsultar condicionesODavg > 6 at 350-800 nm (out-of-band; passband excluded where applicable); OD > 3 at 800-1050 nm (out-of-band; passband excluded where applicable) |
|
| STO-800-30 | Emisión — CY7 | 800 ± 3 | 30 ± 3 | T>91% | ODavg > 6 at 350-800 nm ; OD > 3 at 800-1050 nmConsultar condicionesODavg > 6 at 350-800 nm (out-of-band; passband excluded where applicable); OD > 3 at 800-1050 nm (out-of-band; passband excluded where applicable) |
Formatos mecánicos estándar
These reviewed mechanical formats apply to the PCR bandpass models shown above. Search size, shape, mounting, clear aperture, or substrate here without repeating the same details in every product row.
| Familia de formatos | Formato estándar | Forma | Montaje | Apertura útil | Tolerancia del retenedor | Tolerancia dimensional | Sustrato | Aplicable a |
|---|---|---|---|---|---|---|---|---|
| Variantes de formato: 1 · Redondo · sin montar · 1.0 mm sustrato | Ø25 × 1.0 mm, sin montar | Redondo | sin montar | Ø24.5 mm | No aplicable | No especificado | 1.0 mm (±0.1 mm) | Modelos bandpass PCR: 16 |
| Variantes de formato: 1 · Cuadrado · sin montar · 1.0 mm sustrato | 12 × 12 × 1.0 mm, sin montar | Cuadrado | sin montar | 11.5mm × 11.5 mm | No aplicable | No especificado | 1.0 mm (±0.1 mm) | Modelos bandpass PCR: 16 |
| Variantes de formato: 1 · Redondo · sin montar · 1.0 mm sustrato | Ø6 × 1.0 mm, sin montar | Redondo | sin montar | Ø5.5 mm | No aplicable | No especificado | 1.0 mm (±0.1 mm) | Modelos bandpass PCR: 16 |
| Variantes de formato: 1 · Redondo · sin montar · 1.0 mm sustrato | Ø10 × 1.0 mm, sin montar | Redondo | sin montar | Ø9.5 mm | No aplicable | No especificado | 1.0 mm (±0.1 mm) | Modelos bandpass PCR: 16 |
| Variantes de formato: 1 · Redondo · sin montar · 1.0 mm sustrato | Ø12.7 × 1.0 mm, sin montar | Redondo | sin montar | Ø12.0 mm | No aplicable | No especificado | 1.0 mm (±0.1 mm) | Modelos bandpass PCR: 16 |
| Variantes de formato: 1 · Cuadrado · sin montar · 1.0 mm sustrato | 10 × 10 × 1.0 mm, sin montar | Cuadrado | sin montar | 9.5mm × 9.5 mm | No aplicable | No especificado | 1.0 mm (±0.1 mm) | Modelos bandpass PCR: 16 |
| Variantes de formato: 1 · Redondo · sin montar · 1.0 mm sustrato | Ø25.4 × 1.0 mm, sin montar | Redondo | sin montar | Ø25.0 mm | No aplicable | No especificado | 1.0 mm (±0.1 mm) | Modelos bandpass PCR: 16 |
| Variantes de formato: 1 · Redondo · sin montar · 1.0 mm sustrato | Ø12 × 1.0 mm, sin montar | Redondo | sin montar | Ø11.5 mm | No aplicable | No especificado | 1.0 mm (±0.1 mm) | Modelos bandpass PCR: 16 |
| Variantes de formato: 1 · Cuadrado · sin montar · 1.0 mm sustrato | 6 × 6 × 1.0 mm, sin montar | Cuadrado | sin montar | 5.5mm × 5.5 mm | No aplicable | No especificado | 1.0 mm (±0.1 mm) | Modelos bandpass PCR: 16 |
| Variantes de formato: 1 · Redondo · montado · 1.0 mm sustrato | Ø12 × 6.0 mm, montado | Redondo | montado | Ø8.0 mm | +0.0/-0.1 mm | No especificado | 1.0 mm (±0.1 mm) | Modelos bandpass PCR: 16 |
| Variantes de formato: 1 · Redondo · montado · 1.0 mm sustrato | Ø25 × 3.5 mm, montado | Redondo | montado | Ø22.0 mm | +0.0/-0.1 mm | No especificado | 1.0 mm (±0.1 mm) | Modelos bandpass PCR: 16 |
| Variantes de formato: 1 · Redondo · sin montar · 1.0 mm sustrato | Ø8 × 1.0 mm, sin montar | Redondo | sin montar | Ø7.5 mm | No aplicable | No especificado | 1.0 mm (±0.1 mm) | Modelos bandpass PCR: 16 |
Modelos de espejos dicroicos PCR
The latest PCR dichroic set contains fifteen LP/SP models. Each model keeps its dimensional variants under one product identity; shared LP and SP mechanical formats are listed once below.
| Modelo | Tipo | Canal de fluoróforo | Ángulo de incidencia (AOI) | Rango de transmisión (nm) | Rango de reflexión (nm) | Transmitancia | Reflectividad | Formatos |
|---|---|---|---|---|---|---|---|---|
| STO-DM500SP | SP | FAM/SYBR Green | 45° | 440-485 | 515-700 | Tave≥95.1% | T≥95.1% | |
| STO-DM450LP | LP | Atto 425 | 45° | 465-680 | 380-445 | Tave≥95.1% | T≥95.1% | |
| STO-DM550SP | SP | HEX/VIC/JOE | 45° | 480-530 | 565-700 | Tave≥95.1% | T≥95.1% | |
| STO-DM565SP | SP | CY3/TAMRA | 45° | 480-550 | 580-700 | Tave≥95.1% | T≥95.1% | |
| STO-DM600SP | SP | ROX/Texas Red | 45° | 480-580 | 620-700 | Tave≥95.1% | T≥95.1% | |
| STO-DM650SP | SP | CY5/Qusar 670 | 45° | 480-635 | 670-800 | Tave≥95.1% | T≥95.1% | |
| STO-DM690SP | SP | CY5.5/Qusar 705 | 45° | 480-675 | 715-800 | Tave≥95.1% | T≥95.1% | |
| STO-DM505LP | LP | FAM/SYBR Green | 45° | 515-700 | 450-490 | Tave≥95.1% | T≥95.1% | |
| STO-DM550LP | LP | HEX/VIC/JOE | 45° | 560-700 | 450-538 | Tave≥95.1% | T≥95.1% | |
| STO-DM565LP | LP | CY3/TAMRA | 45° | 575-700 | 450-555 | Tave≥95.1% | T≥95.1% | |
| STO-DM590LP | LP | ROX/Texas Red | 45° | 605-700 | 450-580 | Tave≥95.1% | T≥95.1% | |
| STO-DM635LP | LP | Atto 633 | 45° | 650-700 | 450-630 | Tave≥95.1% | T≥95.1% | |
| STO-DM650LP | LP | CY5/Qusar 670 | 45° | 670-700 | 450-645 | Tave≥95.1% | T≥95.1% | |
| STO-DM700LP | LP | CY5.5/Qusar 705 | 45° | 715-800 | 450-685 | Tave≥95.1% | T≥95.1% | |
| STO-DM770LP | LP | CY7 | 45° | 780-900 | 600-755 | Tave≥95.1% | T≥95.1% |
Formatos mecánicos de espejos dicroicos
LP and SP formats remain separate where the reviewed substrate thickness differs. The reference table preserves size tolerance and substrate information for engineering review.
| Familia de formatos | Formato estándar | Forma | Montaje | Apertura útil | Tolerancia del retenedor | Tolerancia dimensional | Sustrato | Aplicable a |
|---|---|---|---|---|---|---|---|---|
| Variantes de formato: 1 · Rectangular · sin montar · 1.0 mm sustrato | 10mm × 15mm, sin montar | Rectangular | sin montar | No especificado | No especificado | +0.0/-0.1 mm | 1.0 mm (±0.1 mm) | Modelos dicroicos PCR: 9 |
| Variantes de formato: 1 · Rectangular · sin montar · 1.0 mm sustrato | 6mm × 9mm, sin montar | Rectangular | sin montar | No especificado | No especificado | +0.0/-0.1 mm | 1.0 mm (±0.1 mm) | Modelos dicroicos PCR: 9 |
| Variantes de formato: 1 · Rectangular · sin montar · 1.0 mm sustrato | 8mm × 12mm, sin montar | Rectangular | sin montar | No especificado | No especificado | +0.0/-0.1 mm | 1.0 mm (±0.1 mm) | Modelos dicroicos PCR: 9 |
| Variantes de formato: 1 · Rectangular · sin montar · 1.0 mm sustrato | 17.5mm × 12.5mm, sin montar | Rectangular | sin montar | No especificado | No especificado | +0.0/-0.1 mm | 1.0 mm (±0.1 mm) | Modelos dicroicos PCR: 9 |
| Variantes de formato: 1 · Rectangular · sin montar · 1.1 mm sustrato | 10mm × 15mm, sin montar | Rectangular | sin montar | No especificado | No especificado | +0.0/-0.1 mm | 1.1 mm (±0.1 mm) | Modelos dicroicos PCR: 6 |
| Variantes de formato: 1 · Rectangular · sin montar · 1.1 mm sustrato | 17.5mm × 12.5mm, sin montar | Rectangular | sin montar | No especificado | No especificado | +0.0/-0.1 mm | 1.1 mm (±0.1 mm) | Modelos dicroicos PCR: 6 |
| Variantes de formato: 1 · Rectangular · sin montar · 1.1 mm sustrato | 6mm × 9mm, sin montar | Rectangular | sin montar | No especificado | No especificado | +0.0/-0.1 mm | 1.1 mm (±0.1 mm) | Modelos dicroicos PCR: 6 |
| Variantes de formato: 1 · Rectangular · sin montar · 1.1 mm sustrato | 8mm × 12mm, sin montar | Rectangular | sin montar | No especificado | No especificado | +0.0/-0.1 mm | 1.1 mm (±0.1 mm) | Modelos dicroicos PCR: 6 |
Source revision: 20260827-02. Internal inventory fields and material codes are excluded from the public catalog. Confirm final coating curves and mechanical drawings for production use.
Notas técnicas relacionadas
Ajuste de filtros a la geometría del instrumento
PCR instruments may use compact optical paths, fixed holders, and non-standard angles. Check clear aperture, thickness, and AOI before assuming a wavelength match is enough.
Cuándo tienen sentido los filtros PCR personalizados
Custom CWL or FWHM is useful when an assay uses uncommon dyes, multiplex channels, or a legacy instrument with limited space.
Preguntas frecuentes
¿Qué colorantes PCR se suelen emparejar en esta página?
La página admite canales qPCR comunes como FAM, SYBR Green, HEX, VIC, JOE, ROX, CY5, CY5.5 y CY7.
¿Necesito filtros de excitación, emisión y dicroicos en conjunto?
La mayoría de los instrumentos de fluorescencia utilizan un juego óptico coincidente. El filtro de excitación selecciona la banda de la fuente de luz, el dicroico dirige el haz y el filtro de emisión transmite la señal de fluorescencia al detector.
¿Se pueden personalizar estos filtros PCR para instrumentos OEM?
Sí. La longitud de onda, el ancho de banda, el bloqueo OD, el tamaño, el espesor y las combinaciones de canales pueden ajustarse para diseños ópticos OEM.
Quality & Compliance
Documentation-ready optical filter supply
For OEM programs, laboratory instruments, and industrial systems, OPTOStokes keeps quality, material compliance, and engineering support visible from the start of supplier evaluation.
Quality system
ISO 9001 managed production
Process control, inspection records, and repeatable coating workflows for production optical components.
Material compliance
RoHS / REACH support
Compliance documentation can be prepared for qualified projects and regulated supply chains.
Factory-direct
Custom coating and dimensions
Wavelength, FWHM, substrate, AOI, size, and mounting requirements can be reviewed with engineering.
Procurement ready
Quote and data review
Share target wavelength, blocking level, transmittance, and drawing requirements for a focused quote.
¿Busca el filtro adecuado?
Our engineers will help you select the perfect optical solution.