
X –RAY Fluorescence
(Spectroscopy)
X-Ray Diffraction
High-tech, non-destructive technique for analyzing a wide
range of materials, including fluids, metals, minerals,
polymers, catalysts, plastics, pharmaceuticals, thin-film
coatings, ceramics and semiconductors.
qualitative and quantitative phase analysis
crystallography
Atomic Force Microscopy
The basis for advance AFM/SPM Instruments.
Microanalysis
Analytical technique for determination of the chemical composition of solid samples, thin layers of particles in electron microscopes. Analyze all elements from Beryllium to Americium simultaneously, using Silicon Drift Detectors (SDD).
Discovery Chemistry
Polymer Synthesis
Process Chemistry & Scale Up
Peptide Synthesis
Proteomics
Custom Peptides
Peptide Reagents
Acid Digestion
Extraction
Rapid Filtration
Protein Analysis
Moisture/Solids Analysis
Ashing
Fat Analysis
Drying
Calibration Services
ASTM, Bimetal, Electronics
Thermometers, Hydrometers & Mass
Viscometers, Humidity &
temperature Recorders
Thermo probes, Tapes &
Samplers
Powder Technology -Gas Sorption Analysis
Porosimetry, Surface Area & Crush Strength
True & Tap Density
Chemisorptions & Physisorption Analyzer
Representative Sampling
Particle Size
LIMS
LIMS enables labs to meet scientific, performance and regulatory goals
Analytical, research and testing organizations depend on STARLIMS® to structure and manage their most complex workflows and laboratory processes. Our entirely web-based LIMS (Laboratory Information Management System) helps ensure full regulatory compliance and enterprise-wide collaboration.
100% Web Based LIMS - Globally Deployed LIMS ; No Client-side Downloads
Built from the ground up as an entirely web-based application, STARLIMS represents an important step beyond traditional web-enabled LIMS.
LIMS Experts for 20 Years - We have hundreds of successful LIMS implementations across the globe, in the pharmaceutical, public health, petrochemical, forensics, food & beverage, water, environmental and chemical sectors.