The Shimadzu HPLC-DAD is a robust chromatographic platform designed to meet high demands for analytical reliability and workflow efficiency. This equipment is characterized by its high-speed sample injection and excellent detection sensitivity, ensuring the acquisition of accurate and reproducible data for the control and development of your projects. This system is suitable for analyzing a wide variety of samples in fields such as pharmaceutical product development, food safety, and compliance with environmental or agricultural regulations. For samples to be suitable for measurement by this equipment, the compound of interest must possess a chromophore group in its molecular structure, which allows for its correct detection and quantification through the diode array detector.

The METROHM Polarograph Voltmeter (model 797 Computrace) is a robust electroanalytical platform designed to meet high requirements for analytical reliability and workflow efficiency. This instrument is characterized by its ability to determine analytes at trace levels and its excellent electrochemical detection sensitivity, ensuring the acquisition of accurate and reproducible data for the control and development of your projects. This system is suitable for analyzing a wide variety of samples in fields such as pharmaceutical development, food safety, and compliance with environmental or agricultural regulations. For samples to be suitable for measurement by this instrument, the compound of interest must be electroactive (possessing the ability to be oxidized or reduced under an electrical potential), which allows for its correct detection and quantification through the recording of the current generated at the working electrode.

The JENAWAY UV/VIS Spectrophotometer (model 6405 UV/Vis) is a robust spectrophotometric platform designed to meet high requirements for analytical reliability and workflow efficiency. This instrument is characterized by its fast spectral scanning and excellent photometric detection sensitivity, ensuring accurate and reproducible data for project control and development. This system is suitable for analyzing a wide variety of samples in fields such as pharmaceutical development, food safety, and compliance with environmental or agricultural regulations. For samples to be suitable for measurement by this instrument, the compound of interest must absorb electromagnetic radiation in the ultraviolet or visible region (due to the presence of chromophores or conjugated systems in its structure), allowing for its accurate detection and quantification through absorbance measurement.

The Biotech Blue-Ray Microvolume Spectrophotometer (model EzDrop 1000) is a robust spectrophotometric platform designed to meet high requirements for analytical reliability and workflow efficiency. This instrument is characterized by its ultrafast sample measurement (in volumes as small as 1 µL) and excellent photometric detection sensitivity, ensuring the acquisition of accurate and reproducible data for the control and development of your projects. This system is suitable for analyzing a wide variety of samples in fields such as molecular biology, pharmaceutical development, and biotechnology research. For samples to be suitable for measurement by this instrument, the compound of interest must be a nucleic acid (DNA/RNA) or a protein that absorbs radiation in the ultraviolet-visible region, allowing for its accurate detection and quantification through absorbance measurement of the sample microdroplet.

The FINEPCR Stirrer is a robust mechanical stirring platform designed to meet high requirements for operational reliability and workflow efficiency. This equipment is characterized by its consistent homogenization at adjustable speed and excellent stability during continuous operation, ensuring accurate and reproducible results for the control and development of your projects. This system is suitable for processing a wide variety of samples in fields such as molecular biology, pharmaceutical development, and chemical or agricultural laboratory analysis. For samples to be suitable for processing by this equipment, the components of interest must require agitation in the liquid phase or suspension, allowing for their proper mixing, dissolution, or extraction through controlled mechanical movement.

The BUCHI Rotavapor (model R II), along with the BUCHI vacuum pump (model V-700), is a robust rotary evaporation platform designed to meet high requirements for operational reliability and workflow efficiency. This equipment is characterized by its accelerated solvent evaporation at low temperatures and excellent vacuum regulation stability, ensuring accurate and reproducible results for the control and development of your projects. This system is suitable for processing a wide variety of samples in fields such as chemical synthesis, pharmaceutical development, and the analysis of environmental or agricultural extracts. For samples to be suitable for processing by this equipment, the compound of interest must be thermostable at the operating temperature and in a volatile solvent, allowing for its proper concentration or isolation through distillation at reduced pressure and constant rotation.

The Revel Ultrasonic Bath (model 060S) is a robust sonication platform designed to meet high requirements for operational reliability and workflow efficiency. This equipment is characterized by its uniform propagation of high-frequency waves and excellent acoustic cavitation efficiency, ensuring accurate and reproducible results for the control and development of your projects. This system is suitable for processing a wide variety of samples in fields such as pharmaceutical development, food safety, and compliance with environmental or agricultural regulations. For samples to be suitable for processing by this equipment, the system of interest must require degassing (such as mobile phases), accelerated dissolution, or assisted extraction, allowing for its proper preparation, homogenization, or cleaning through the transfer of ultrasonic energy in a liquid medium.

The HERMLE Centrifuge (model Z300) is a robust centrifugation platform designed to meet high requirements for operational reliability and workflow efficiency. This equipment is characterized by its accelerated particle sedimentation and excellent rotational speed stability, ensuring accurate and reproducible results for the control and development of your projects. This system is suitable for processing a wide variety of samples in fields such as pharmaceutical development, food safety, and compliance with environmental or agricultural regulations. For samples to be suitable for processing by this equipment, the component of interest must have a different density than the medium or solvent containing it, allowing for its proper separation or isolation through the application of a controlled centrifugal force.

The Manostat Carter System peristaltic pumps (model 72-560-100) and INNOFLUID (model HPM100) constitute a robust fluid handling and dosing platform designed to meet high requirements for operational reliability and workflow efficiency. These pumps are characterized by their constant flow rate fluid transfer and excellent volumetric regulation accuracy, ensuring precise and reproducible results for the control and development of your projects. This system is suitable for processing a wide variety of samples in fields such as pharmaceutical development, food safety, and compliance with environmental or agricultural regulations. For samples to be suitable for processing by this equipment, the sample of interest must be in a liquid phase or a fluid suspension compatible with flexible tubing, allowing for its proper mobilization or dosing through the external and sequential mechanical compression of the sample tube.

The GILSON (model FC 203B) and MRC (model FRC-100) Fraction Collectors constitute a robust, automated fraction collection platform designed to meet high requirements for operational reliability and workflow efficiency. These systems are characterized by automated distribution based on time, drops, or peaks, and excellent rack positioning accuracy, ensuring precise and reproducible results for project control and development. This system is suitable for processing a wide variety of samples in fields such as pharmaceutical development, food safety, and compliance with environmental or agricultural regulations. For samples to be suitable for processing by this equipment, the flow of interest must originate from a continuous liquid separation or purification system (such as a chromatographic column), allowing for proper partitioning, isolation, or fractional storage through the automated exchange of receiving tubes.

The LabTech Muffle Furnace (model LEF-1155-2) is a robust heat treatment platform designed to meet high requirements for operational reliability and workflow efficiency. This equipment is characterized by its rapid and homogeneous heating to high temperatures, along with excellent precision in thermal ramp control, ensuring accurate and reproducible results for the control and development of your projects. This system is suitable for processing a wide variety of samples in fields such as pharmaceutical development, food safety, and compliance with environmental or agricultural regulations. For samples to be suitable for processing by this equipment, the matrix or compound of interest must tolerate or require extreme heat treatments, allowing for its proper calcination, mineralization, or gravimetric analysis through controlled thermal decomposition in an insulated chamber.

La plataforma de Adquisición de Datos en Tiempo Real PASCO The PASCO Real-Time Data Acquisition platform is a state-of-the-art analytical system specifically designed for monitoring, characterizing, and evaluating environmental matrices (water, soil, and air). This ecosystem is characterized by its integration of electrochemical and physical instrumentation with robust wireless connectivity, ensuring accurate, reproducible, and high-resolution data capture directly in the field or under controlled laboratory conditions. It is a system suitable for developing advanced projects in water security, agricultural chemistry, climate studies, and environmental impact assessments. To optimize workflows, the platform features a wide range of specialized sensors and interfaces resistant to harsh chemical and operational environments.

Las Estaciones de Trabajo de Alto Rendimiento Dell Precision Dell Precision High-Performance Workstations (TR7500 models with Intel® Xeon® processors up to Dual-Six Core at 3.45 GHz, and TR7600 Intel® Xeon® Eight Core at 2.40 GHz) represent the lab's native computing infrastructure for graphics processing and intermediate analytical computing. These systems are specifically configured to provide a robust and stable desktop environment, ideal for the manipulation and visual interpretation of complex biological and chemical systems. This platform is the operating core capable of running the lab's suite of licensed and open-source software, facilitating critical tasks such as interactive molecular modeling, system preparation, and real-time 3D visualization. Thanks to their parallel processing capabilities, these workstations allow researchers to interact seamlessly with simulation environments and specialized tools.

El Servidor Dell PowerEdge R760xs The Dell PowerEdge R760xs Server is a centralized platform for massive processing, secure storage, and high availability, designed to meet the most critical computational demands of the laboratory. Equipped with a cutting-edge architecture that includes two 12-core Intel® Xeon® processors (2.00 GHz), 64 GB of ultra-high-speed DDR5 RAM at 4800 MHz, and a high-performance solid-state storage array (three 3.84 TB Dell SSDs at 6 Gbps), this system is designed for the uninterrupted execution of large-scale predictive algorithms. This server is ideal for processing computationally intensive calculations in fields such as molecular dynamics and quantum mechanics, where massive data management with optimized processing times is essential. Its ultra-fast memory and storage architecture makes it the ideal engine for launching background jobs and long-running simulations using advanced tools such as NAMD (large-scale molecular dynamics), massive virtual screening with AutoDock, and robust parallel calculations that complement laboratory workflows, also ensuring the secure safeguarding and centralization of the raw analytical results of each R&D project.

The Dell PowerEdge R760xs Server is a centralized platform for massive processing, secure storage, and high availability, designed to meet the most critical computational demands of the laboratory. Equipped with a cutting-edge architecture that includes two 12-core Intel® Xeon® processors (2.00 GHz), 64 GB of ultra-high-speed DDR5 RAM at 4800 MHz, and a high-performance solid-state storage array (three 3.84 TB Dell SSDs at 6 Gbps), this system is designed for the uninterrupted execution of large-scale predictive algorithms. This server is ideal for processing computationally intensive calculations in fields such as molecular dynamics and quantum mechanics, where massive data management with optimized processing times is essential. Its ultra-fast memory and storage architecture makes it the ideal engine for launching background jobs and long-running simulations using advanced tools such as NAMD (large-scale molecular dynamics), massive virtual screening with AutoDock, and robust parallel calculations that complement laboratory workflows, also ensuring the secure safeguarding and centralization of the raw analytical results of each R&D project. NAMD (dinámica molecular a gran escala), cribados virtuales masivos (virtual screening) con AutoDock, y cálculos paralelos robustos que complementan los flujos de trabajo del laboratorio, garantizando además el resguardo seguro y la centralización de los resultados analíticos crudos de cada proyecto de I+D.

The MIELE Laboratory Equipment Washer (model PG 8583 CD) is a robust thermal washing and disinfection platform designed to meet high requirements for operational reliability and workflow efficiency. This equipment features a highly efficient automated washing cycle and excellent thermal disinfection capabilities, ensuring accurate and reproducible results for the control and development of your projects. This system is suitable for processing a wide variety of materials and instruments in fields such as pharmaceutical development, food safety, and compliance with environmental or agricultural regulations. For materials to be suitable for processing by this equipment, the instruments of interest must be heat-stable and resistant to chemical detergents, allowing for their proper cleaning, decontamination, or conditioning through the coupled injection of pressurized water and controlled thermal cycles.

The THERMO SCIENTIFIC Nanopura Water Purification System is a robust ultrapure water production platform designed to meet high requirements for analytical reliability and workflow efficiency. This system is characterized by its constant supply of Type 1 water (with a resistivity of 18.2 MΩ·cm) and excellent removal of total organic compounds and endotoxins, ensuring accurate and reproducible data for project monitoring and development. This system is suitable for supplying critical applications in fields such as pharmaceutical development, food safety, and compliance with environmental or agricultural regulations. For the feed water to be suitable for processing by this system, the inlet flow must come from a pretreated source (such as reverse osmosis, distillation, or prior deionization), allowing for proper purification, ionic polishing, and ultrafiltration through selective resin cartridges and absolute membranes.

The MMM Drying Oven (model EC 55) is a robust heat treatment platform designed to meet high requirements for operational reliability and workflow efficiency. This equipment is characterized by its homogeneous heat distribution through natural convection and excellent temperature control stability, ensuring accurate and reproducible results for the control and development of your projects. This system is suitable for processing a wide variety of samples and materials in fields such as pharmaceutical development, food safety, and compliance with environmental or agricultural regulations. For samples to be suitable for processing by this equipment, the matrix or component of interest must be thermostable at the operating temperatures and require dehydration, sterilization, or thermal conditioning, which allows for proper drying, moisture evaporation, or tempering through controlled and continuous heating in its internal chamber.

The RADWAG Analytical Balance (model AS 220/C/2) is a robust metrology platform designed to meet high requirements for analytical reliability and workflow efficiency. This instrument is characterized by its rapid reading stabilization and excellent weighing sensitivity, ensuring accurate and reproducible data for project control and development. This system is suitable for quantifying a wide variety of samples in fields such as pharmaceutical development, food safety, and compliance with environmental or agricultural regulations. For samples to be suitable for measurement by this instrument, the substance or matrix of interest must have a stable mass that does not exceed the instrument's maximum load limit, allowing for its correct determination and quantification through its electromagnetic force restoration cell.