Semi-automatic Tablet Hardness Tester Test your drug in the SMARTEST way Tablet testing has become much easier with the ST50 now. The integrated SmartAlign™ system sets new standards in fast and efficient testing of up to 5 physical parameters (weight, thickness, width, diameter / length, hardness). It also allows correct positioning for samples at different shapes, offering maximum flexibility for
Friability Tester Friability testing made easy This microprocessor-controlled automated tablet friability testing device for single or dual drums is compliant with USP and EP requirements. Featuring convenient front loading of tablets and automatic discharge after test completion, the FT2 is easy to use with an LCD display and scroll-down menus, and flexible operation including timer, counter or speed modes. The
Flow through cell Dissolution Tester Dissolution tester for poorly soluble and release control dose forms The CE 7smart is the 4th generation of Sotax’s design for dissolution of poorly soluble and release control dosage forms via USP Apparatus 4 (Flow-Through Cell Dissolution), and is compliant to USP, EP and JP for Small Volume Dissolution and Poorly Soluble Compound Testing under
Precise contactless liquid dispensing for larger volumes Valve-based semi-automatic printing system The Nanojet Microdispenser is a semi-automatic printing system (without automatic positioning function) which uses valve-based technology for precise contactless liquid dispensing in the nl to µl range. The system is appropriate for dispensing volumes of 300nl or larger. The Nanojet technology forms a liquid jet by means of a
Software-driven robotic platform for parallel synthesis workflows Modular robotic platform for automated synthesis Chemspeed’s Synthesizer SLTII is a modular robotic platform enabling automated synthesis on a single platform under virtually any conditions. The versatility of the Synthesizer Platform allows full automation of complete workflows including reagent preparation (liquids and solids), multistep synthesis, workup, purification, analysis and product transfer to storage.
Versatile robotic platform for high-throughput experimentation Software-driven robotic platform for semi- or fully-automated R&D processes A software-driven robotic platform designed for R&D processes, Chemspeed’s automated Autoplant and its semi-automated variant, the Multiplant, facilitate high-output experimentation in the development and optimization of polymers (e.g. polyolefins, nano-latex, polyamides, acrylics and PU), specialty chemicals, catalysts for polyolefins and many more. Both are based
The most versatile platform for automated reaction and sample preparation High-throughput automation of substance handling tasks A modular robotic platform designed for automated reaction and sample preparation, the Chemspeed SWING’s versatility makes it suitable for sample preparation across a diverse array of applications and facilitates high-throughput automation of substance handling tasks. The basic platform can be used in a wide
Exceptionally sensitive bioluminescence detection for HPTLC Bioluminescence Detection on HPTLC plates The BioLuminizer® is a new detection system from CAMAG developed specifically for toxicity screening of complex mixtures through the detection of bioluminescence on HPTLC plates. After separation the plate is immersed in a luminescent bacterial suspension. The reaction takes place within a very short time such that all zones
Advanced densitometric evaluation workstation for TLC/HPTLC Advanced Densitometric Evaluation of TLC/HPTLC and Other Planar Objects The TLC Scanner 4 is the most advanced workstation of its kind for TLC/HPTLC, and offers very short measurement times. With the TLC Scanner 4 absorption and fluorescence excitation spectra can be easily recorded. It can also be used for similar measurements of other planar
Spraying device for automated derivatization of TLC / HPTLC plates Leading ahead in TLC derivatization technology Derivatization means another step in the TLC / HPTLC process, consequently causing an increase in the variance. If an experienced technician performs reagent transfer by manual spraying, the relative standard deviation of the measured values significantly rises up to 12%. In contrast with CAMAG