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Unparalleled Reliability

Across Your Analytical QC Workflow

Analytical Quality Control in an Industrial Laboratory

Analytical testing is essential in industrial labs to ensure accurate and reproducible results while meeting strict quality standards. Beyond just following procedures, it involves calibrating instruments, developing and validating methods, and maintaining detailed documentation. These key steps improve accuracy, reduce costs, and create a trustworthy, safe work environment.

We offer comprehensive solutions for every step of industrial quality control testing. Our sample preparation tools ensure precise extraction and purification for various analytical techniques. In-process testing solutions provide real-time monitoring with pH strips, TLC products, and titration kits to maintain product quality. For analytical characterization, we provide high-performance HPLC and GC columns, solvents, and buffers for accurate instrumental analysis. Our premium calibration reagents and certified reference materials guarantee process reliability, ensuring consistent and trustworthy results. With our trusted solutions, you can optimize every stage of your analytical workflow, ensuring accuracy, efficiency, and compliance in industrial quality control.

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Analytical Testing Workflow

Sample Preparation

A laboratory technician wearing a white lab coat and purple gloves is operating a vacuum manifold system for sample preparation. The technician is adjusting the pressure gauge on the front of the transparent acrylic vacuum chamber, which has a white top labeled with the brand name "Supelco" and the Merck logo in green and yellow. Six solid-phase extraction (SPE) cartridges, filled with white sorbent material, are aligned in a row on top of the manifold, each connected to the system for processing multiple samples simultaneously. The background is a plain white surface, and the focus is on the precise handling of the equipment in a controlled laboratory setting.
Optimize your sample extraction with our diverse consumables, ensuring reliable downstream analyses.

In-Process testing

In a bright and modern laboratory, two scientists wearing white lab coats and safety goggles are engaged in an analytical procedure. The female scientist in the foreground, with dark brown hair tied back, is carefully holding a dark amber glass bottle with a black cap, tilting it slightly as she examines its contents. The male scientist standing beside her, with short brown hair and a beard, observes her actions attentively. The background features a well-organized laboratory bench with white shelves lined with multiple brown glass reagent bottles, some with blue and yellow caps. Stainless steel laboratory fittings, including a faucet and tubing system, are mounted on the wall. Large windows allow ample natural light to illuminate the workspace, emphasizing a clean, sterile environment.
Continuous assessment tools for sustained product quality and adherence to specifications.

Analytical Characterization

In a modern laboratory with bright white walls and ceilings, a female scientist wearing a white lab coat, blue latex gloves, and black-framed glasses is carefully examining a clear glass test tube filled with a transparent liquid. She holds the test tube up to eye level with a focused expression, ensuring precise observation. The workstation in front of her contains various laboratory glassware, including flasks and beakers filled with solutions, as well as plastic containers with red and yellow lids. Stainless steel faucets and a black lab bench are visible, emphasizing a well-equipped analytical environment. In the background, a male scientist in a white lab coat is working at another station, slightly out of focus, contributing to the dynamic and professional atmosphere of the laboratory.
High-quality columns and accessories to ensure unparalleled accuracy in instrumental analysis.

Calibration

A female scientist wearing a white lab coat, a blue hairnet, safety goggles, and purple gloves is operating a sophisticated analytical instrument in a well-equipped laboratory. She is standing next to a black and silver machine with a touchscreen interface, carefully pressing the screen to adjust settings. The laboratory is filled with high-tech equipment, including a white gas chromatograph system with a series of sample vials neatly arranged in a circular tray. The background features an organized workspace with metallic and white surfaces, pipes, and analytical instruments mounted on the walls.
Rigorously tested premium-grade reagents guarantee process reliability in analytical standardization and calibration.

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