Product Description
Brand PerkinElmer
Model 1050+
Capacity 175 - 3300 nm
CAT No L6020055
Application Spectroscopy
PerkinElmer LAMBDA 1050+ UV/Vis/NIR spectrophotometers are designed to offer the highest performance and flexibility to analyze a wide range of sample types, including analysis of coatings, high performance glass, solar, and advanced materials and components in both research and manufacturing. The LAMBDA 1050+ meets and often exceeds industry standards for ultra-high performance, flexibility, and convenience. The latest generation of LAMBDA 1050+ spectrophotometers are designed to offer faster scan rates, instrument setup and better response times than ever before to maximize your productivity.
Advanced Optical PerformanceThe LAMBDA 1050+ delivers precise UV/Vis/NIR measurements with exceptional photometric accuracy (0.0015 A at 1 A) and ultra-low stray light (<0.00015% at key wavelengths). Its broad wavelength range, adjustable spectral bandwidths, and sensitive dual detector system enable high versatility for sophisticated spectroscopic applications.
Flexible & Modular DesignWith its large, easily accessible sample compartment and modular architecture, the LAMBDA 1050+ supports a wide variety of accessories including an integrating sphere, variable angle specular reflectance accessory, and automatic polarizer. This adaptability allows seamless transitions between different sample types and measurement techniques.
User-Friendly Operation & ConnectivityPC-controlled operation via UV WinLab software streamlines workflow and data management, while USB and Ethernet ports support effortless integration into laboratory networks. The spectrophotometer is engineered for compliance and longevity, making it an excellent fit for laboratories engaged in analytical work, research, and material studies.
FAQs of PerkinElmer LAMBDA 1050+ UV/Vis/NIR Spectrophotometer:
Q: How does the PerkinElmer LAMBDA 1050+ enhance spectroscopic measurements in research and quality control?
A: The LAMBDA 1050+ features a wide wavelength range (1753300 nm), selectable spectral bandwidths, and advanced detector systems (PMT for UV-Vis, PbS for NIR), providing superior accuracy and flexibility. Its modular design and broad accessory support enable high-quality measurements across diverse applications, from material research to quality control.
Q: What types of samples and measurement applications can the LAMBDA 1050+ accommodate?
A: Thanks to its spacious, modular sample compartment and a range of compatible accessories, the LAMBDA 1050+ is ideal for UV/Vis/NIR absorbance and transmittance measurements of solids, liquids, and thin films. It is commonly used in material research, analytical evaluations, and quality assurance in industrial and academic settings.
Q: When is the modular sample compartment particularly beneficial?
A: The large and easily accessible modular sample compartment is especially useful when analyzing irregularly shaped, large, or multiple samples, or when switching between techniques. It enables quick customization with accessories like integrating spheres or variable angle reflectance modules to suit specific experimental needs.
Q: Where is the LAMBDA 1050+ typically installed and operated?
A: This spectrophotometer is designed for operation in climate-controlled laboratory environments, conforming to temperature (15C35C) and humidity (2080% non-condensing) requirements. Its robust build and compliance certifications make it suitable for research institutes, industrial quality control labs, and academic facilities across India.
Q: What benefits does PC-controlled operation with UV WinLab software provide?
A: UV WinLab software offers intuitive instrument control, streamlined data acquisition, and efficient workflow management. Users benefit from secure data handling, easy protocol adherence, and robust data analysis, supporting compliance with 21 CFR Part 11 and enhancing productivity in research and routine testing.
Q: What is the process for connecting and integrating the LAMBDA 1050+ into a laboratory network?
A: Installation is straightforward through USB or Ethernet ports, allowing quick connection to laboratory computers or networks. The instrument is compatible with standard power supplies (100240 V AC) and integrates smoothly with existing digital infrastructure, facilitating remote control and data sharing across laboratory teams.
Q: How does the LAMBDA 1050+ support high-throughput and precise measurement requirements?
A: With scanning speeds up to 9600 nm/min, broad photometric range (-6 to +6 Abs), excellent baseline flatness (0.00015 A), and multiple selectable bandwidths, the instrument ensures rapid, precise, and reliable results for demanding analytical and research workflows.