Phadke Instruments Pvt. Ltd.

NanoBio 200 is a full wavelength (190-1000nm) ultra microvolume UV-VIS spectrophotometer , which is self-designed by Optosky. It bases on 20-year experience in developing spectrometer plus Hamamatscu pulsed xenon lamp, it’s asuccessful spectrophotometer can fast measure nucleic acids, protein and cell solution

Features:

• Nucleic acids, Proteins, Cell Solution
• Sample volume per time: 0.5-2 μl
• DNA Range: 2-4500 ng/μl
• Fast Measure <3s
• Broad Spectral Range 190-1000nm
• Full Touch Screen Operate, Easy-to-Use
• 7”HD capacitive touch screen
• Long life span source up to 10 years
• Embedded high performance micro spectrometer
• High stability pulsed xenon light source
• Advanced algorithm
• Self-built modeling function by user
• USB data output

Application

• Scientific Research Lab
• Hospital
• Bio Lab
• Chemical Lab
• Environment Measure

PHARM-ID Handheld Raman Spectrometer

ATR6500 is the 4th generation handheld Raman analyzer, with compact size, lightweight (450g), and easy-to-held, it can be widely applied to industries of customs, public safety, lab, plant, warehouse, deck etc. It can fast detect drugs, precursor chemicals, explosives, gemstones, raw materials, and also fast identify additives, residues of pesticide & veterinary drugs.
Excellent spectral identification algorithm are embedded in Handheld Raman spectrometers to easily identify substance, and enable users to add their own spectral data. It employs Android system simple interface 5.5" high definition screen, double cameras of 13-mega plus 8-mega taking evidence pictures in the field, multiple modes of inbuilt WIFI, Bluetooth, GPS etc.
Optosky provides full technical support and services, including spectral library building, method & verification, IQ/OQ/PQ validation etc.
Intelligent Mobile Instrument Available in Your Hand!

Feature

• Non-Destructive, Fast Detect & Identify, One-touch Operation
• Advanced algorithm, mixture detection
• HD 5.5"capacitive touch screen, smooth operation system
• double cameras of 13-mega plus 8-mega
• Barcode & QR scan
• Precision GPS positioning
• Multiple modes of 4G, GPS, GPRS, Bluetooth, WIFI
• Self-Built Spectral Library
• Test results report export pdf
• Built-in Li battery continuous operation 4-6hrs
• Lightweight 450g easy-to-take
• IP-66 compliant

Application

• Public Safety Food Safety
• Dangerous Chemicals Detect at High Speed Train,
  Metro Entrance
• APIs & Pharmaceutical Excipients
• Gemstones & Materials Identification, Mineral sorting
• Experimental Research
• Antique authentication

Zahner's CIMPS is a highly dynamic LED-based system with an active light feedback loop that ensures a controlled and constant light intensity during the photoelectrochemical or photovoltaic measurements. Fast light sources enable dynamic photoelectrochemical measurements like IMPS/IMVS. The robust control of light intensity allows accurate IMPS/IMVS measurements, giving the system its iconic name "controlled intensity-modulated photo spectroscopy (CIMPS)". Further information on our light feedback loop and its benefits is provided in the manuscript "C in CIMPS".

Besides standard electrochemical measurements, a list of the standard photoelectrochemical or photovoltaic measurements is provided below

• Intensity modulated photocurrent spectroscopy (IMPS)
• Intensity modulated photovoltage spectroscopy (IMVS)
• Light transient measurement
• Chopped light voltammetry

CIMPS can be used for research in the field of Photoelectrochemistry, Water Splitting, Solar Cells etc/ More than 50 LEDs covering UV to NIR Range are available. 

CIQTEK EPR200M Benchtop ESR Spectrometer

The electron paramagnetic resonance technique is the only spectroscopic technique that allows the direct detection and study of unpaired electrons. Unpaired electrons are widely distributed, such as isolated single atoms, conductors, magnetic molecules, transition metal ions, rare earth ions, ion clusters, doping materials, defective materials, biological free radicals, metal proteins, etc. Many substances do not contain unpaired electrons themselves but produce unpaired electrons upon excitation by light. Therefore, the EPR technique is widely used in physics, chemistry, biology, materials, industry, and other fields.EPR in Environmental ScienceEnvironmental monitoring, such as air pollution, sewage treatment, transition metals heavy metals, EPRFs.                  
Site-directed spin labeling (SDSL) in combination with EPR spectroscopy is a rapidly expanding powerful biophysical technique to study the structural and dynamic properties of membrane proteins in a native environment.EPR in ChemistryChemical Analysis such as Structure research of coordination compounds, catalytic reactions, detection of free radicals and antioxidants, detection of reactive oxygen species, kinetics of chemical reactions, polymerization reaction mechanism, catalytic mechanism, chemical dosimeter, etc.EPR in Material Science and PhysicsSingle crystal defects, magnetic material properties, semiconductor conductive electronics, solar cells, materials, polymer properties, fiber defects, magnetic molecules, EPR imaging, etc.EPR in PharmaThe formation of free radicals has long been associated with the toxic side effects of drugs. The temporal behavior of free radicals involved in drug systems can identify, quantify, and monitor by analyzing EPR signals.EPR in IndustryPhysical ageing of organic coatings, the radical protection factor for cosmetics, crystallographic defects in diamond, cigarette filter efficiency, free radical control in petrochemical industry, transition metal oxide in lithium ion battery, etc.EPR in Biomedical SciencesAntioxidant characterization, NOx detection, reactive oxygen species ROS, occupational disease protection research, nuclear radiation emergency medical rescue diagnosis classification, cancer chemotherapy, radiation-related studies.EPR in Food ScienceRadiation dose of agricultural products, the shelf life of beer flavor, edible oil rancidity test, alanine dosimeter (EPR dosimetry), antioxidants for food and beverages.