Bioer : What instruments forthe extraction of acides nucléiques, PCR and the qPCR?

Bioer designs and manufactures molecular biology instruments for PCR and qPCR workflows: thermocyclers, real-time PCR systems and nucleic acid extraction equipment. The brand serves research and quality control laboratories, as well as diagnostic platforms that demand reproducibility, ergonomics and traceability. Built on proven thermal engineering and intuitive software, Bioer safeguards the critical steps—from sample preparation to amplification—for reliable results, day after day. Its instruments are compatible with market-standard consumables and reduce hands-on time.

A PCR specialist turned industry benchmark

Based in China, Bioer has built its business around a clear specialism: mastery of thermocycling and optical detection for nucleic acid amplification. By bringing R&D, manufacturing and applications teams closer together, the brand has evolved its early thermocyclers into qPCR platforms and extraction solutions tailored to the demands of modern laboratories. Partnerships with universities, clinical centres and regulated industries have accelerated the maturing of its technologies and the robustness of its instruments. Supported by an international distribution network, Bioer has steadily expanded its footprint across Europe. Its roadmap remains consistent: industrial-grade quality, measurement reliability and hands-on application support, to help laboratories raise the performance of their methods.

Expertise and areas of specialisation

Bioer’s expertise centres on the end-to-end PCR workflow. Its thermocyclers deliver high temperature stability and excellent uniformity for reproducible amplification profiles, with fine gradient control, heated-lid control and programme libraries to speed method optimisation. The qPCR platforms combine thermal accuracy with sensitive optical detection for quantitative analyses, gene-expression studies, genotyping and pathogen detection. The nucleic acid extraction solutions secure the upstream step to yield clean DNA/RNA compatible with stringent LoD requirements.

The brand pays close attention to software ergonomics: intuitive interfaces, step-by-step guidance, protocol templates, data export and analysis tools (amplification curves, melting curves) make standardisation and traceability easier. On the integration side, the instruments accept common consumable formats (0.2 mL tubes, 96-well plates) and slot seamlessly into the routines of molecular biology and quality control laboratories in the food, pharmaceutical and environmental sectors. Bioer’s philosophy is clear: combine robust thermal engineering, metrological traceability and ease of use to deliver consistent results, whatever the laboratory workload. This combination makes Bioer a strong partner to standardise, validate and roll out high-value amplification methods.

Bioer products distributed by Dutscher

Thermal cycler

Bioer – Frequently Asked Questions

What are Bioer’s flagship products?
Thermal cyclers for PCR, real-time qPCR systems and solutions for nucleic acid extraction, engineered for reproducibility and ease of use.

Are the instruments compatible with standard consumables?
Yes. Bioer systems support common market formats (0.2 mL tubes, 96-well plates, caps/films), simplifying integration into existing protocols.

How does Bioer ensure thermal accuracy?
Through optimised block design, tight temperature profiling and rigorous quality testing, ensuring uniformity and repeatability across cycles.

Which certifications are available?
Depending on the model, certifications and compliance may apply (e.g. CE marking). Refer to the product datasheet and accompanying certificate for confirmation.

What support is available in Europe?
Dutscher and the Bioer network provide advice, installation and after-sales support. Application documentation and software updates support teams day to day.

In which fields is Bioer most widely used?
Molecular biology research, quality control (food, pharma, environment), and analytical platforms requiring amplification, quantification and data traceability.