Lambda 1050+ (UV/VIS/NIR)
- Manufacturer
- PerkinElmer
- HTTS ref.
- HTS-SA-0320
- HTDS ref.
- LAMBDA 1050 UV VIS NIR
- Division
- Sciences Analytiques

Gallery and technical drawings



Description
Pour des performances UV / Vis ultra élevées et des longueurs d’onde comprises entre 175 nm et 3300 nm, le LAMBDA 1050+ est la solution idéale. Le LAMBDA 1050+ offre une flexibilité inégalée en vous offrant le choix de configurer les systèmes en fonction de vos besoins. De la sélection des détecteurs, aux accessoires qui offrent l’approche d’échantillonnage la plus pratique et la plus flexible. Le Lambda 1050+ est un spectrophotomètre UV / Vis conçu pour une polyvalence maximale, des performances et une valeur optimale. Le LAMBDA 1050+ est équipé de deux larges compartiments d’échantillonnage offrant ainsi plus d’options et possibilités pour les modules d’échantillonnage. Ces derniers sont automatiquement reconnus et ne nécessitent que quelques secondes pour leur remplacement.
La demande sur les matériaux intelligents dotés de propriétés avancées pour une sécurité, une efficacité et/ou une fonctionnalité améliorées augmente rapidement. La caractérisation précise d'une large gamme d'échantillons est essentielle pour les fabricants et les chercheurs qui développent des produits pour garantir que leurs performances répondent aux normes réglementaires et aux attentes des parties prenantes. De la caractérisation d'une large gamme de verre (architectural, automobile, fonctionnel ou solaire) aux films optiques, revêtements, semi-conducteurs et autres matériaux avancés, les nouveaux systèmes LAMBDA ™ 1050+ UV / Vis / NIR établissent la norme pour hautes performances, flexibilité et commodité.
Une performance de pointe et une grande flexibilité pour analyser une vaste gamme d'échantillons
Key features
- Maximisation de la productivité
- Performance ultra haute
- Grande flexibilité
- Commode
- Grande vitesse de balayage
Technical specifications
- P
- (800) 762-4000 or
- Home
- Glass Solar Technology
- Poids
- 77.0 kg
- BALANCE
- Analysis of Characterization of
- Interface
- Tungsten-halogen et Deuterium
- 013833B_01
- PKI
- Compatible
- 21 CFR Part 11
- IS CLEARLY
- Prealigned and prefocused for For extremely sensitive and accurate
- common goal
- lab efficiency in the service
- ILLUMINATING
- uptime. Features doubling mirror
- BIG SCIENTIFIC
- Research universities across the globe invest in PerkinElmer
- Monochromators
- sampling accessories and sampling types.
- and Thin Films
- Materials Academia Support
- Wafers and Cells
- Glass and Reflectors Aging Behavior
- Advanced Polymers
- Advanced Light Sources
- Enhanced Specular
- Measuring High-Performance
- Gamme opératoire
- 175 – 3300 nm
- Optics, Coatings,
- Advanced Research / Service and
- Température max.
- 35 °C
- Température min.
- 15 °C
- Architectural Glass
- Architectural Glass
- Characterization of
- Analysis of
- Beyond Break-and-Fix
- Maximize Your Investment
- Glass and Reflectors
- Aging Behavior of Nanomaterials
- 1. Deuterium/Tungsten
- 6. Sampler and Reference
- Halogen Light Sources
- Beam Attenuators
- Nanomaterials in Solar
- Advanced Polymers
- Coatings and Thin Films
- Index of Thin Films
- Measurements for Silicon
- Optical Characterization of Characterization of
- • Basic Onsite Training
- Hands-on instrument training at your location that covers the basics
- 4. Common Beam Depolarizer
- 9. Second Sampling Area
- Measuring High-Performance
- Measuring Absorbance and Refractive
- 2. Double Holograph Grating
- Allows easy access to a wide variety of
- Cheap, clean, and renewable
- Solar power
- Optical Characterization of
- Characterization of Characterization
- Allows precise adjustment of
- PbS Detectors.
- • Advanced Onsite Training
- In-depth training at your location to enable peak instrument performance for your specific lab requirements
- quick replacement and maximum
- measurements on higly absorbing samples.
- polarization to allow accurate
- of snap-in sampling modules, including
- Reflector (ESR) Characteristics
- Coatings and Thin Films
- Corrects for inherent instrument
- The instrument accommodates a range
- materials can go a long way toward
- Characterization of Advanced Light Sources
- Laboratory Services, too. We deliver
- • Asset data and performance analytics • Compliance services
- intractable environmental challenges.
- conducting band – and is important for determining the quality of semiconducting
- measurements of birefringent samples.
- the Total Absolute Measurement System
- The Path to Lab Efficiency Starts Here
- Beyond Break-and-Fix
- and measurement techniques – and the
- To read more, download
- nonprofits, contract laboratories, and
- our customers provide and their PerkinElmer evangelism with their
- institutions collaborate with and share
- example, when laminated into a photovoltaic module, spectral
- characterization of architectural, high-
- aerospace, optical disks for data storage, fiber optics, even protective
- enables chemical manufacturers to create
- Our LAMBDA 1050+ systems are helping usher in a brighter future for lighting manufacturers.
- of scientific discovery and progress. And
- Training and Educational Services
- the scientific workflows – and business
- OneSource Laboratory Services can help streamline your lab routines and get your scientists back to their main order of business – science.
- build products that are lighter, stronger,
- surgery. LEDs are finding their way into many of our personal devices, such as cameras and mobile
- with limited or no access to other sources
- charge transfer from the light-sensitive organic material to the solar cell’s conducting
- LAMBDA 1050+ has the flexibility to keep up
- Measurement of Enhanced
- standard for high performance, flexibility,
- converge. The LAMBDA 1050+ system with its 150-mm Integrating Sphere
- that’s the overarching goal of OneSource®
- Get the most from your PerkinElmer instrument platform by learning from the experts. We offer basic
- with your lab’s ever-changing requirements.
- of Thin Films with the
- Whatever your sampling challenge – everything
- • Parabolic aluminized lamp
- from powders to polymers, rough solids to thin film
- • Analysis of aftermarket tints applied
- Click on the accessories to the right to find out more,
- solids and liquids, with space for optional variable-angle sample mounts and spot kits and polarizers.
- • Combined optical and electrical performance of devices
- for
- Glass in architectural applications comes in a variety of forms
- “float” glass, which describes the
- the scientific workflows – and business • Classroom Training
- Offered at PerkinElmer Centers of Excellence located throughout the Americas, Europe, and Asia
- • Instrument and asset operations and information technology (OT/IT)
- • End-to-end laboratory relocation project management
- Optics can combine films and coatings, layered to create interference effects
- our Application Note:
- and the differences in refractive index at the layer interface. The research-
- PerkinElmer Lambda
- architectural and automotive uses, and for solar applications such as tubular
- Vis/NIR Spectrometer and
- that enhance transmission or reflection properties of optical systems – and
- Measuring Absorptance (k)
Applications
- Analyse des revêtements
- Verre haute performance
- Matériaux et composants avancés
Standards and compliance
HTTSystems product sheet
Download the datasheet in our colours and contact details, or read it full screen.
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