Mobile Design: Spectroscopy can now be taken anywhere. The optional integrated battery pack provides up to 8 hours of stand-alone battery powered operation.
Cuvette Holder with Temperature Control: Designed for open measurements: don’t lose time with closing a lid for each reading. Ideal for all UV/Vis spectroscopy applications including kinetics. Cuvette holder optimized for all standard cuvettes (quartz, glass and plastic) with a center height of 8.5 mm
Rapid Scan Capability: Turn on and instantly measure without lamp warm-up time. Full scan capability from 200 - 900 nm provides rapid and complete sample analysis in only 3.5 seconds.
Processing Power: Built-in computer with a high performance dual core Q7 quad core 1 GHz processor and 8 GB of onboard memory provides powerful analysis and easy storage of methods and data.
Flexible Data Output: Equipped with Wi-Fi, USB A/B, HDMI and LAN interface connections for flexible instrument control and data saving options. Front USB flash drive port for quick and easy data transfer.
Flexible Unit Control: Mobile and easy control of the NanoPhotometer® is possible via Wi-Fi from tablets or smartphones (Android OS & iOS). Easy control from PCs (Windows & Mac) with fast and flexible connection options including Wi-Fi, USB and LAN.
Maintenance Free: Sealed optics without any moving parts eliminates the need for costly and time consuming recalibrations. Durable, inert surfaces provide an easy to clean maintenance free design. Compatible with Worldwide Pharmacopeia Requirements. 1.8 nm bandwidth built in. IQ/OQ package available.
Preprogrammed Apps: Preprogrammed Apps for common UV/Vis spectroscopy applications including kinetics and dedicated LifeSciences package come standard with each instrument.
Custom App Development: Affordable custom app development to create your personalized spectrophotometer
Upgradable with Sub Microliter Cell: Easily convert your NanoPhotometer® C40 cuvette spectrophotometer into a nanovolume spectrophotometer with the sub-micro liter cell from Implen. With as little as 0.3 µl sample volume, samples can now be virtually diluted and analyzed directly. There are a variety of path-lengths that can be utilized with the sub-microliter cell to provide virtual sample dilution including 2 mm, 1 mm, 0.5 mm, 0.1 mm and 0.004 mm.