Quality Statement

SAMPLE

Quality Statement
Sample integrity is at the core of what we do every day, and we know that starts with high-quality materials. Pipette tips for airdisplacement pipetting are crucial in laboratories conducting e.g. molecular biology research, clinical research, and biomedicaltesting. Not all tips are created equal, and we’re proud to offer an extensive range of tips with easy-to-identify packaging that fits
your budget and research needs. Our ISO 8655-compliant AmpliPur™ Expert Tips provide a significant value for the money spent.
They are manufactured according to the certified Gilson quality standards, ensuring each is free of DNase and RNase that canaffect your results.
These filter tips protect precious samples from cross-contamination. Their universal fit allows them to be used with various pipettebrands, reducing the logistics of stocking many different tip brands to serve all the laboratory’s pipette models.
Gilson follows strict rules for our different manufacturing steps. Our Quality Management System complies with the current versionof the ISO 9001 standard. We guarantee to supply quality products and services, from the receiving of the customer orders tothe release of the products. We follow up post-market evaluation to ensure customer satisfaction. Regularly, Gilson evaluates its
objectives, processes, systems, suppliers, and personnel to focus on our continuous improvement plans and, when necessary,implement corrective actions.
Gilson AmpliPur Expert Tips are machine molded by an entirely automated process, and production is done in an isolated, filteredatmosphere. To reduce the risks of contamination, human contact is avoided throughout the entire production process.
The manufacturing lot of Gilson’s AmpliPur Expert Tips listed below has been sampled and inspected under internal procedures byfully trained personnel. The lot number appearing on the package ensures full traceability and attests to its conformity to the highest
standards.

Bio-Molecule Detection Protocols•RNase Limit of Detection is 0.6 uU/test or 2.5 pg/1.0 mL
All procedures were accomplished according to SOP 3.2 (Fluorescent method for RNase contamination assay), samples
were extracted for one hour at 37°C with Nuclease free water, NFW (Ambion®). The sample extraction was tested triplicate
with fluorescent-labeled RNAse probe (10 pmoles) for 1h at 37°C in a real-time PCR instrument (Step One Plus, Thermo),Fluorescence (FAM channel, 520 nm) was ready out every 10 seconds. The sample extractions were evaluated against acontrol standard RNase A series: 0.6, 1.2, 2.5 uU/test. As a negative control, we used NFW.

•DNase Limit of Detection is 0.3 mU/test or 1.2 ng/1.0 mL
All procedures were accomplished according to SOP 3.1 (Fluorescent method for RNase contamination assay), samples
were extracted for one hour at 37°C with Nuclease free water, NFW (Ambion®). The sample extraction was tested triplicate
with fluorescent-labeled RNAse probe (10 pmoles) for 1h at 37°C in a real-time PCR instrument (Step One Plus, Thermo),Fluorescence (FAM channel, 520 nm) was ready out every 10 seconds. The sample extractions were evaluated against acontrol standard RNase A series: 0.3, 0.7, 1.4 mU/test. As a negative control, we used NFW.

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