SuperK COMPACT is a high-performance supercontinuum white light laser launched by NKT Photonics, which is an industry-leading wide-spectrum light source solution. This series integrates laboratory-grade spectral performance into industrially applicable miniaturized systems, mainly targeting life sciences, industrial detection, and spectral analysis.
2. Core technical parameters
1. Spectral characteristics
Parametri Darbības rādītāji
Spectral range 450-2400nm (covering visible to near infrared)
Spectral power density >1 mW/nm (@500-800nm)
Spectral flatness ±3 dB (typical value)
Output power Up to 8W (depending on the wavelength range)
2. Light source performance
Pulse characteristics:
Repetition frequency: 20-80 MHz adjustable
Pulse width: <100 ps
Spatial characteristics:
Beam quality: M²<1.3
Fiber coupling: single-mode fiber output (optional SMF-28 or HI1060)
3. System specifications
Dimensions: 320 x 280 x 115 mm (desktop model)
Weight: <7 kg
Cooling method: air cooling (no external water cooling required)
3. Analysis of technical advantages
1. Patented photonic crystal fiber technology
Enhanced nonlinear effect: Using NKT's patented LMA-PCF fiber to achieve efficient spectrum broadening
No mode hopping design: Avoid the modal instability problem of traditional supercontinuum light sources
2. Intelligent control system
Real-time power stability: built-in feedback circuit (power fluctuation <1% RMS)
Remote control interface:
USB/RS-232 standard interface
Provide LabVIEW driver and SDK development kit
3. Modular design
Replaceable filter module:
Optional single-band output (such as 500-600nm)
Support multi-channel spectroscopy (up to 8 channels independently controlled)
Expansion port:
External trigger input (synchronization accuracy <1ns)
Power monitoring output
IV. Tipiski pielietojuma scenāriji
1. Life science research
Multiphoton microscopy:
Simultaneous excitation of multiple fluorescent markers
Deep tissue imaging (such as mouse brain slices)
Flow cytometry:
Highly sensitive detection of rare cell subpopulations
2. Industrial inspection
Semiconductor defect detection:
Broad spectrum illumination improves defect contrast
Applicable to wafers and packaged devices
Material composition analysis:
Raman spectroscopy enhanced light source
Plastic/drug rapid screening
3. Optical metrology
Optical coherence tomography (OCT):
Axial resolution <2 μm
Ophthalmology/dermatology imaging
Spectral calibration:
Astronomical telescope wavelength benchmark
V. System composition and configuration
1. Standard configuration
Host unit (including pump laser and nonlinear fiber)
Power module (100-240V AC adaptive)
Single-mode output fiber (1.5 meters long, FC/APC connector)
Control software (SuperK Keeper)
2. Optional accessories
Accessory type Functional description
Tunable filter module Bandwidth 10-50nm continuously adjustable
Multi-channel beam splitter Up to 8 wavelengths independent output
Power stabilization module Closed-loop control accuracy ±0.5%
Fiber coupler Adapt to microscope/spectrometer interface
VI. Comparison advantages with competitors
Comparison items SuperK COMPACT Competitor A Competitor B
Spectral range 450-2400nm 470-2200nm 500-2000nm
Power stability <1% RMS <2% RMS <3% RMS
Size 0.01 m³ 0.03 m³ 0.02 m³
Start-up time <15 minutes >30 minutes >60 minutes
VII. Operation and maintenance
Quick start: warm-up time <15 minutes (traditional supercontinuum light source requires 1 hour +)
Intelligent diagnosis:
Real-time monitoring of fiber status
Automatic power derating protection
Maintenance cycle:
It is recommended to replace the filter every 5000 hours
Fiber life >20,000 hours
VIII. Selection recommendations
Basic model: suitable for conventional laboratory applications (such as fluorescence imaging)
Industrial reinforcement version: with shockproof design and IP50 protection (applicable to production line environment)
Customized wavelength version: can specify specific band optimization (such as 600-800nm)
SuperK By combining wide spectral coverage with miniaturized design, COMPACT redefines the industrial applicability standard of supercontinuum light sources, and is particularly suitable for high-end scientific research and industrial scenarios that require multi-wavelength parallel detection. Its excellent stability makes it an ideal light source for OCT systems and spectral analysis.