Advanced fibre-coupled LED light sources offering superior alternatives to traditional lamps with exceptional energy efficiency and longevity. These instruments feature integrated control systems, precise programmability, and comprehensive spectral coverage (275-1100nm) across standard and custom wavelengths, serving diverse applications in scientific research, medicine, and industrial processes.
Fibre-coupled LED technology has developed in recent years to offer a compelling alternative to traditional light sources. With real advantages in terms of energy efficiency and product lifetime LED light sources now offer a superior option compared to lamp products.
LED light source instruments have had a significant impact in fields such as microfabrication, spectroscopy, molecular biology, crystallography, materials science, and structural biology. Additionally, they have facilitated advancements in drug discovery and development, medical diagnostics and imaging techniques.
Developed by LumeDEL and distributed in the UK and Ireland by AP Technologies, these instruments deliver high radiant power with a high degree of spectral stability while maximising lifespan and minimising energy consumption. These systems stand out for their exceptional combination of:
- Energy efficiency: Reduced operating costs and environmental impact.
- Longevity: Reliable performance over extended lifespans.
- Integrated functionality and control: Simplified operation and streamlined workflows.
- High colour rendering index (CRI) (for broadband models)
- Versatility: Suitable for a diverse range of applications.
Advanced Integration and Control Systems
The integration of driver circuitry and microcontroller functionality within each instrument enables immediate out-of-the-box use and obviates the need for separate controllers or complex integration processes. Users avoid the need to spend time on system configuration and benefit from comprehensive programmability across multiple parameters:
- Precise timing control (delays and triggers)
- Flexible pulse duration adjustment
- PWM frequency optimization
- Customisable duty cycle settings.
- For advanced applications, distinctive serial commands unlock customisation capabilities.
Exceptional Spectral Coverage for a Wide Range of Applications
The NewDEL™ LED light source product range comprises a comprehensive selection of 20 standard models, with narrowband sources spanning the ultraviolet (UVC, 275nm) to the near-infrared (940nm), alongside cool and warm-white and broadband sources (330-1100nm) for broader spectral requirements.
Visible (455-680 nm):
For fluorescence imaging applications, optogenetics research and therapeutic photodynamic processes requiring precisely controlled visible light wavelengths.
Near-infrared (750-940 nm):
Engineered for NIR spectroscopy implementations, fluorescence-guided surgical procedures, and advanced biomedical applications.
Broadband (330-1100 nm):
Delivers exceptional performance for spectroscopic applications, thin-film metrology, and process control implementations requiring wider spectral coverage.
In addition to standard models, custom wavelengths are also available upon request to accommodate specific applications.
Key Features
- High power: Exceptional brightness and precision across the 275-1100nm range.
- Intuitive user experience: A user-friendly, Windows-based GUI simplifies programmability, while an integrated memory chip and driver/controller ensure ease of operation, allowing researchers to focus on core tasks.
- Pulse width modulation (PWM) dimming: Enables precise brightness control and seamless integration with GUI-based control.
- Remote control: Facilitates integration into various programmable systems through serial commands.
- Reliable and stable output power: Guarantees the consistency demanded by laboratory-based researchers.
- Broad spectral range: Select from a comprehensive array of single-chip narrowband sources and multi-chip broadband sources to match specific requirements.
- Customisable Solutions: Unique needs can be accommodated with additional wavelengths available upon request.
“The NewDEL™ line of LED programmable light source instruments offers an unrivalled combination of integrated control, energy efficiency, and longevity,” remarked Martin Sharratt, Managing Director of AP Technologies. “These instruments address the demanding light source requirements of diverse applications, providing consistent and stable illumination with precise wavelengths”.
For more information on these products, please visit the dedicated fibre-coupled LED instrument page.
To understand the potential of fibre-coupled LED light sources for your application contact AP Technologies
