ACCELERATING DRUG DISCOVERY WITH RAYTOR NEW COMPOUND ANALYZERS
LMS Scientific Solution Sdn Bhd is the exclusive distributor of Raytor Instruments in Malaysia. We specialize in providing cutting-edge analytical solutions that bridge the gap between drug discovery and clinical success. The Raytor New Compound Analyzer (NCE) range is engineered to help pharmaceutical scientists in Malaysia accurately characterize new chemical entities (NCEs) with minimal sample consumption and maximum data integrity.
Precision Analytics for the Next Generation of Medicine
In the early stages of drug development, understanding a molecule’s “drug-likeness” is critical. The Raytor NCE Series provides automated, high-throughput workflows to determine fundamental physicochemical constants, simulate physiological release, and analyze complex delivery routes like subcutaneous injections.
By utilizing the NCE range, laboratories in Malaysia can optimize formulations faster, reduce reliance on animal testing, and ensure a higher success rate in bioequivalence and pharmacokinetic studies.
The Raytor NCE Range: Featured Solutions
- Raytor NCE P3: High-Throughput Physicochemical Parameter Analyzer. The NCE P3 is an automated screening workstation designed to measure the “Holy Trinity” of drug development: pKa, logP/D, and kinetic solubility (logS).
- Raytor NCE DP6. The NCE DP6 features an in-situ fiber optic spectrometer to monitor drug dissolution and membrane permeability in real-time without the need for manual sampling or complex pretreatment.
- NCE Micro Dissolution and Permeation Analyzer is an advanced in-vitro drug analysis system designed to simultaneously evaluate drug dissolution and membrane permeation under physiologically relevant conditions. It provides real-time, high-precision data to support formulation development, pharmacokinetic studies, and new compound screening with minimal sample consumption.
- Raytor NCE SI: Subcutaneous Injection Analysis System. The NCE SI is a specialized system that simulates the subcutaneous (under-the-skin) environment to evaluate the release and sedimentation of biologicals, peptides, and small molecules.
Targeted Applications for Malaysia’s Research Landscape
MS Scientific supports Malaysian pharmaceutical companies, CROs, and universities in the following areas:
- Pre-Formulation Research: Rapidly screen compounds for solubility and stability before moving to large-scale production.
- Biopharmaceutical Development: Use the NCE SI to study the behavior of insulin, monoclonal antibodies (mAbs), and other subcutaneous injectables.
- Generic Drug Bioequivalence: Compare the permeability and dissolution profiles of generic formulations against innovator drugs.
- Pharma Quality Control: Ensure consistency in the physicochemical properties of Active Pharmaceutical Ingredients (APIs).
Available in: Malaysia
Manufacturer’s website:
https://www.raytor.com/
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New Compound Analyzer Products
NCE DP6 In-situ Fiber Optic Spectrometer
The Raytor NCE DP6 In-situ Fiber Optic Spectrometer is a specialized workstation designed to provide real-time, automated monitoring of drug dissolution and membrane permeation profiles. By employing advanced fiber optic probes to capture concentration data as frequently as every two seconds, it eliminates the need for manual sampling and provides the high-resolution kinetic data necessary for precision pre-formulation studies.
The Raytor NCE Micro Dissolution and Permeation Analyzer is an advanced platform engineered for the simultaneous evaluation of drug release and membrane permeability using minimal sample volumes. Featuring integrated in-situ fiber optic technology, it delivers real-time, high-resolution kinetic data that is critical for accurately predicting in vivo absorption and optimizing early-stage pharmaceutical formulations.
The Raytor NCE P3 High-throughput Compound Screening Apparatus is an automated platform specifically engineered for the rapid determination of critical physicochemical constants, including pKa, logP/D, and kinetic solubility (logS). Utilizing a 14-position multi-reactor design and a precision robotic liquid-handling arm, it enables pharmaceutical scientists to screen multiple compounds simultaneously with minimal sample consumption and superior data reproducibility.
The Raytor NCE SI Subcutaneous Injection Analysis System is a pioneering analytical platform designed to simulate the physiological environment of subcutaneous tissue for evaluating the release and sedimentation kinetics of injectable drugs. By integrating a dual-chamber mimicry system with high-precision fiber optic monitoring, it provides pharmaceutical researchers with a robust in vitro model to predict the behavior of peptides and biologicals while significantly reducing reliance on early-stage animal testing.