Empowering health, fitness, and scientific communities with state-of-the-art third-party testing — every result digitally verifiable.
Tailored testing for individuals and corporations alike
Tailored testing services for individuals and large corporations
Quick and secure sample submission to our lab
Receive detailed reports through our secure client portal
Transparent pricing, faster turnaround, more services included.
ClearPeak Labs provides comprehensive third-party analytical testing for dietary supplements, nootropics and research chemicals, utilizing our state-of-the-art lab and advanced equipment such as UPLC and mass spectrometry.
In an industry that is largely unregulated, the need for accurate and independent testing is critical to ensure the safety, purity, and potency of these products.
Our mission is to promote transparency, empower informed decisions, and deliver trusted, science-backed testing services to the health and wellness community.

Of supplements on the market lack third-party testing certification. ClearPeak Labs provides trusted, third-party verification.
Of supplements are sourced from unregulated markets.
Of ClearPeak Labs clients report greater confidence in their supplement choices after seeing transparent lab results.
Common questions about independent peptide testing and Certificates of Analysis.
A Certificate of Analysis is a document confirming the identity, purity, and content of a peptide or research compound. At ClearPeak Labs, each COA is produced using HPLC-UV and mass spectrometry, and includes a chromatogram, mass spectrum, and a digitally verifiable code so anyone can confirm the result is genuine.
Independent testing means the lab analyzing the sample has no commercial interest in the result. You send a sample, we run reverse-phase HPLC to measure purity and mass spectrometry to confirm identity, then issue an unbiased Certificate of Analysis. No sponsorships, no paid placements — only data.
Every COA carries a unique verification code and a QR code. Scan the QR code or enter the code on our Verify page, and the original certificate will load directly. This lets buyers and researchers confirm a certificate has not been altered or fabricated.
Our Blood & Biomarker Analysis service interprets blood test results in a structured, evidence-based format — identifying patterns and contextualizing values across hormone, metabolic, and lipid markers. It is designed to support understanding, not to replace medical evaluation.
We test a broad range of research peptides and compounds — including GLP-1 analogs, regenerative peptides, growth-hormone secretagogues, and nootropic compounds — by HPLC-MS. Each analysis confirms identity, purity, and content against the expected molecular weight.
Fill out the form below to get started. We respond within 24 hours.
Independent. Science-driven. Based in Germany.
ClearPeak Labs provides comprehensive third-party analytical testing for dietary supplements, peptides, nootropics and research chemicals. Using state-of-the-art equipment including UPLC and mass spectrometry, we verify the identity, purity, and safety of compounds — independently and without conflicts of interest.
Every certificate of analysis we issue carries a unique verification ID. Anyone, anywhere, can confirm its authenticity through our online verification system — making forged or manipulated COAs impossible.


The market for supplements, peptides, and performance compounds is largely unregulated. Products are sold with bold claims but without independent verification — leaving consumers to guess what they're actually taking.
ClearPeak Labs was founded to close this gap. We believe everyone deserves access to accurate, independent data about the compounds they use. Trust should be earned through evidence, not marketing.
Based in Germany, we combine rigorous European quality standards with deep expertise in performance and research compounds.
We accept no payments from manufacturers to alter results. Every analysis is performed blind and reported exactly as measured.
Every COA carries a tamper-proof verification ID. Authenticity can be confirmed online by anyone at any time.
Headquartered in Germany, operating under strict European quality and data-protection standards.
Structured, accredited analysis of compounds and biological data — every result digitally verifiable.
At ClearPeak Labs, we're all about helping you feel confident in the supplements you choose. Our team uses cutting-edge techniques like Ultra-Performance Liquid Chromatography (UPLC) to ensure that your products are not only safe but also effective. We believe that everyone deserves to know exactly what's in their supplements.
→Get StartedWe understand that diving into the world of research chemicals can feel overwhelming. That's why at ClearPeak Labs, we offer comprehensive testing services that prioritize your safety and clarity. Our dedicated team ensures that every substance is thoroughly vetted, providing you with the reassurance you need to explore your research confidently.
→Get StartedUnlocking your brain's potential is an exciting adventure. At ClearPeak Labs, we specialize in nootropic testing, making sure that the cognitive enhancers you use are not only powerful but also pure and safe. With our state-of-the-art methods, you can focus on what really matters — enhancing your mental clarity and productivity.
→Get StartedYour health and safety are our top priorities. With our Environmental Testing, we make sure that your products are free from harmful contaminants like lead, mercury, and cadmium. At ClearPeak Labs, we believe in transparency and safety, so you can confidently use your products knowing they're clean and safe.
→Get StartedNobody wants to worry about harmful bacteria. Our Endotoxin and Toxicology Testing service at ClearPeak Labs is designed to give you peace of mind. Our team uses advanced techniques to detect any endotoxin presence, ensuring your products are safe and high-quality.
→Get StartedInterpretation of blood test results and biological markers in a clear, structured format. We identify patterns, contextualize key values, and highlight potential areas of attention. All insights are designed to support understanding — not replace medical evaluation. The goal is to turn complex lab data into actionable clarity.
→Get StartedEvidence-based explanations of biomarkers, biological systems, and performance-related compounds. We break down current research on peptides, medicines, and nootropics into clear, understandable insights. The focus is on clarity, not complexity — designed to help you understand what actually matters.
→Explore the Research Hub1:1 sessions focused on interpreting your data in context. We walk through your results, identify relevant patterns, and explain what they mean. The goal is structured understanding, not generic advice — designed for users who want deeper clarity and guidance around their results.
→Get StartedIdentification of unusual or noteworthy patterns within biological data and reports. We highlight potential risk indicators and inconsistencies that may require further attention. All findings are informational — built to support awareness and better decision-making, not medical conclusions.
→Get StartedEvidence-based insights on biomarkers, peptides, nootropics, and health systems — written by analysts, grounded in the literature.
A structural breakdown of a composite peptide formulation studied for coordinated regenerative signaling — covering cytoskeletal regulation, angiogenic pathways, extracellular matrix remodeling, and copper-peptide coordination chemistry.
Read analysis →Why non-selective melanocortin activity drives such varied effects — and why purity verification is critical here.
The peptide that sits above GnRH — the master trigger of the entire reproductive hormonal cascade.
Why fasting insulin rises years before glucose — and how to read metabolic markers as a trajectory.
Two receptor systems, three compounds — why they differ and why they are sometimes combined.
The gap between what a label claims and what is in the vial — and why independent verification is everything.
A more potent racetam relative — what the research says about BDNF, HIF-1, and the cycloprolylglycine metabolite.
Why isolating the trans-isomer of clomiphene matters, and how it stimulates endogenous testosterone via the HPG axis.
A peptide engineered to concentrate in mitochondria and stabilize cardiolipin — the elegant mechanism explained.
How a melanocortin receptor agonist acts centrally — and why it has a more substantial evidence base than most.
The biochemistry behind the longevity hype — sirtuins, the decline hypothesis, and where evidence outpaces marketing.
What the two workhorse analytical techniques actually measure — and why together they are hard to fake.
Why LH and FSH change what a testosterone number means — and how to read hormones as a feedback loop.
Why a single testosterone number tells an incomplete story, and how SHBG and albumin shift the clinically relevant fractions.
An overview of the research literature on a pentadecapeptide studied for nitric oxide modulation and growth factor signaling.
Examining a small peptide studied for hepatocyte growth factor signaling and synaptic formation.
A look at a small-molecule NNMT inhibitor studied in the context of cellular NAD+ and adipocyte metabolism.
How simultaneous GLP-1, GIP, and glucagon receptor activity became the most-watched mechanism in metabolic science.
Why a growth-hormone-releasing-hormone analog became a focal point in research on visceral fat and metabolic markers.
How a 19th-century dye became a subject of modern electron-transport-chain investigation.
How the HPA axis governs cortisol, and why a single morning sample can mislead interpretation.
Why apolipoprotein B and particle concentration can refine cardiovascular risk assessment beyond standard cholesterol values.
How fasting insulin and derived indices can surface insulin resistance earlier than glucose alone.
Examining a thymosin beta-4 fragment as a research model for actin polymerization and cell migration.
The structural basis of a copper-binding tripeptide and its role in studies of redox regulation.
A measured survey of compounds studied for their role in cellular energetics and the biology of aging.
How pairing an amylin analog with a GLP-1 agonist targets two distinct satiety pathways at once.
From incretin biology to half-life engineering — the context behind the compounds reshaping metabolic research.
Extending a regenerative blend with a tripeptide studied for inflammatory and barrier signaling.
Why free T4, free T3, and antibodies add resolution that a single TSH value cannot provide.
Why one of the most sensitive inflammation markers is also one of the most easily misread.
The mechanistic difference that sets a dual GLP-1/GIP agonist apart from a single GLP-1 agonist.
Why the standard vitamin D measurement is more nuanced than a single cutoff suggests.
A selective ghrelin-receptor agonist studied for stimulating endogenous growth hormone release.
The brain-energetics hypothesis behind one of the most-studied compounds in sports science.
Why the most common iron marker is also an acute-phase reactant that single-value reads get wrong.
A peptide encoded in mitochondrial DNA, at the intersection of cellular energetics and metabolic signaling.
A look at why simultaneous GLP-1, GIP, and glucagon receptor activity has become the most-watched mechanism in metabolic science.
Diurnal variation means morning samples can dramatically over- or under-state adrenal function.
How a 19th-century dye became a subject of modern electron-transport-chain investigation.
Turn raw lab results into structured, evidence-based insight with our Blood & Biomarker Analysis.
Enter the verification code printed on your COA to confirm its authenticity.