--- type: product schema_version: 1 stock_number: "88650-1" canonical_url: "https://www.artisantg.com/88650-1/Roper-Scientific-Quantix-1400" json_url: "https://www.artisantg.com/88650-1/Roper-Scientific-Quantix-1400.json" generated_at: "2026-11-07T23:03:42.417Z" last_updated: "2026-10-24T05:35:41.520-05:00" --- # Teledyne / Roper Scientific / Photometrics Quantix 1400 Imaging System _Summary and Categories are this item's record. The description sections and FAQ are machine-assisted and can contain errors; where they disagree with the record, the record is correct, and where description sections disagree with each other, Details wins._ ## Summary - Manufacturer: Roper Scientific - Model: Quantix 1400 - Condition: Used and in Excellent Condition - Price: $4,450.00 USD - Availability: In stock, 1 available - Warranty: 1-Year Warranty with 30-Day Return Guarantee - ITAR restricted: No - Shipping weight: 8 lb, estimated - Shipping dimensions: 14X10X10 in, estimated ## Categories - Lab & Analytical > Imaging (primary) ## Details This unit does not include the Liquid Cooling Unit. ### KAF 1400 CCD Configuration - Mount: C-Mount - Cooling: Liquid - Grade: 2 - H x V: 1317 x 1035 - Pixel Size: 6.8µm x 6.8µm - Metachrome II Coating: No - 1 MHz Frequency:     - Detection Mode: High Signal-to-Noise         - Gain Setting: 1         - Relative Gain: 1/2x (approximately)         - Typical Noise: 24e-         - System Gain: 20e-/ADU (approximately)         - Typical Maximum ADC Signal: 80Ke- (binned full well)     - Detection Mode: High Dynamic Range         - Gain Setting: 2         - Relative Gain: 1x (approximately)         - Typical Noise: 18e-         - System Gain: 10e-/ADU (approximately)         - Typical Maximum ADC Signal: 40Ke- (single pixel full well)     - Detection Mode: High Sensitivity         - Gain Setting: 3         - Relative Gain: 4x (approximately)         - Typical Noise: 16e-         - System Gain: 2.5e-/ADU (approximately)         - Typical Maximum ADC Signal: 10Ke- (high sensitivity) - 5 MHz Frequency:     - Detection Mode: High Signal-to-Noise         - Gain Setting: 1         - Relative Gain: 1/2x (approximately)         - Typical Noise: 28e-         - System Gain: 20e-/ADU (approximately)         - Typical Maximum ADC Signal: 80Ke- (binned full well)     - Detection Mode: High Dynamic Range         - Gain Setting: 2         - Relative Gain: 1x (approximately)         - Typical Noise: 23e-         - System Gain: 10e-/ADU (approximately)         - Typical Maximum ADC Signal: 40Ke- (single pixel full well)     - Detection Mode: High Sensitivity         - Gain Setting: 3         - Relative Gain: 4x (approximately)         - Typical Noise: 20e-         - System Gain: 2.5e-/ADU (approximately)         - Typical Maximum ADC Signal: 10Ke- (high sensitivity) ### Includes - Photometrics KAF 1400 C-Mount Liquid-Cooled CCD (Grade 2); Part Number: KAF1400-G2 - Photometrics Host Connectivity Kit for Windows 95 Software Diskette; Part Number: 56-123-002 - International Power Sources PUP110-41-1-D1-S Power Source; Part Number: 71-11499-01 ## Function Acquires high-resolution, low-noise digital images via a cooled scientific CCD sensor. It performs quantitative photon detection across a broad spectral range, enabling precise measurement of light intensity and spatial distribution for scientific applications like microscopy, spectroscopy, and biological imaging. The system digitizes analog sensor signals for output to a host computer for analysis. ## Platform Designed as a high-performance scientific imaging system with sensor technology providing 6.5 µm pixel pitch, optimized for advanced life science and physical science applications such as fluorescence microscopy and spectroscopy. Operates on standard digital interfaces (AIA digital interface 68-pin connector) with options for air or liquid cooling and supports integration with C-mount optics. Features ultra-fast frame rates, low read noise (~1.2 e-), and large sensor area (~29.4 mm diagonal), enabling high sensitivity, large field of view imaging compatible with high magnification microscope objectives. Interfaces seamlessly with microscopy platforms and data acquisition/control software environments, facilitating OEM customization and multi-modal imaging workflows. ## Application High-resolution CCD-based imaging system designed for low-light scientific applications including fluorescence microscopy, astronomical observations, spectroscopy, and quantitative photometry. Provides 12-bit digitization with thermoelectric cooling for reduced dark current noise. Interfaces with microscopes, telescopes, and spectrometers via C-mount or similar optical coupling. Used in biological research for live cell imaging. Applied in materials science for photoluminescence analysis and crystallography documentation. ## Images - - - - -