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[SO3140027] Red3 Filter Set - Ex:BP620/60nm, Em:BP700/75nm

[SO3140027] Red3 Filter Set - Ex:BP620/60nm, Em:BP700/75nm

$210.00 USD
$210.00 USD
Sale Sold out
Shipping calculated at checkout.
Filter Set
Filter Cubes

How to pay

  • Standard Payment Method is Credit Card, Apple Pay, Goolge Pay, Alipay and Wechat Pay

Shipment and Delivery

For filter set products, it will takes 7 - 10 days for assembling. (Before we can make shipment)

Return & Refund

Stocked Product are eligible to return within 7 days after receiving.

A flat rate of 35$ will be charged for returning.

Filter Sizing

If you purchased along with filter cube, the filters (Ex, Em, Dic) will be cut to the size can be fitted into the filter cube.

If only the Filters are purchased, it will coming with below sizes by default:

  • dia25x6mm (mounted, excitation filter)
  • 36x25x1,1mm (unmounted, dichroic mirror)
  • dia25x3.5mm (mounted, emission filter)

Filter Cube Installation

If you purchased the Whole set of filters and Filter cube from us. All the filters will be installed inside the cube. You can put into your filter turrent and use it directly.

View full details

This specialized filter set is engineered for fluorophores that are excited by deep red light and emit in the near-infrared (NIR) spectral region. This configuration is highly effective for imaging probes with long-wavelength emission, providing minimal autofluorescence and deep tissue penetration potential. It is an excellent choice for DNA and nucleic acid stains and other dyes optimized for NIR detection.

Filter Specifications:

  • Excitation Filter (Ex): Bandpass 620/60 nm (transmits light from 590 nm to 650 nm)
  • Emission Filter (Em): Bandpass 700/75 nm (transmits light from 662.5 nm to 737.5 nm)
  • Dichroic Mirror (DM): Reflects 590-650 nm / Transmits 665-735 nm

Intended for use with common deep red/NIR emitting fluorophores such as:

  • Nucleic acid stains with Ex ≈ 642 nm and Em ≈ 661 nm (e.g., DNA/RNA probes)
  • Cyanine dyes with excitation in the 630-650 nm range and emission beyond 660 nm
  • Red-shifted protein labels and far-red probes

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