Digilab - Life-Sciences Instruments, Software and ConsumablesDigilab designs, develops, manufactures and markets scientific instruments, software and consumables for the global life-sciences research markets. These tools are comprised of applications, differentiated products and services. In addition to being broadly appreciated in the life and analytical sciences research market, Digilab’s products also serve the healthcare, manufacturing, and safety and security markets. The company currently offers solutions to more than 2,000 customers from across the globe. MODULAR SPECTOMETERSDigilab originated in 1969 when pioneering work for the US government led to the development and manufacture of the first commercial Fourier-Transform Infra-Red (FT-IR) spectrometer. In 1978, Digilab was acquired by Bio-Rad Laboratories and in October 2001, a new Digilab was launched by Sidney Braginsky, CEO of Atropos Technologies and former president and COO of Olympus America, In April 2003, Digilab offered the broadest wavelength range of molecular spectroscopy solutions as the exclusive distributor of Hitachi's UV-Vis and fluorescence life-science products in North America and Europe. This partnership took Digilab’s installed instrument base from 5,000 units to more than 15,000 units. PEPTIDOMICS SERVICESDigilab provides interdisciplinary solutions for an earlier and more precise definition of diseases and for the discovery and identification of endogenous peptides, which may serve as biomarkers or as a starting point for the development of novel drugs. Digilab’s peptidomics services may aid in:
ACQUISITIONS AND PARTNERSHIPSSince February 2006, Digilab has made a number of significant acquisitions to broad and deepen its offerings:
Digilab, Inc.
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![]() The Honeybee is a bench-top system for the miniaturization of vapor diffusion and micro-batch protein crystallization experiments. | ||
![]() A microspectrometer with applications in life sciences, medical diagnostics, industrial testing and process control. | |||
![]() HydroShear offers the simplest, most reproducible, and most controllable method for generating random DNA fragments. | |||
![]() The ProPic II allows fully integrated, single-platform image acquisition. |
