“Compliance isn’t something you want to save for the end of the design process—it needs to go hand in hand with your development from the start. That’s exactly what we help clients do, and it makes all the difference in how smoothly certification goes.”
–Cliff Altemare, Senior Systems Engineer
CMD MedTech provides comprehensive IEC 61010 compliance services for laboratory and in vitro diagnostic (IVD) equipment manufacturers, helping companies navigate safety standards and regulatory requirements. If you’re developing equipment used in a lab or clinical setting—rather than directly on or near a patient—IEC 61010-1 is likely the standard that applies to your device, and it is distinct from IEC 60601-1. Whether you’re approaching compliance for the first time or looking for experienced support to guide your process, our team offers technical leadership from early design through formal certification.
Why Choose CMD MedTech for IEC 61010 Compliance
- Experience with laboratory and in vitro diagnostic equipment across a range of complexity levels, from benchtop analyzers to larger systems with moving components
- Proven compliance planning process that identifies risks early, before they become costly late-stage redesigns
- Ability to coordinate pre-compliance testing alongside your development process so issues are found before formal certification testing begins
- Deep knowledge of applicable safety and EMC standards and how they translate to your specific device
- Ability to translate between engineering teams, regulatory expectations, and safety requirements
- Expertise in properly interpreting complex standards language and navigating ambiguous requirements for successful submissions
How the Right Compliance Strategy Pays Off
- Catch design issues while they’re still inexpensive to fix, rather than at the test lab when the stakes are high
- Keep your project on schedule with a testing timeline that’s planned from the start, not improvised under pressure
- Stay focused on the requirements that actually apply to your device—not every clause in the standard is relevant to every product
- Get to market faster by running pre-compliance testing in parallel with development instead of sequentially after it
- Protect your budget and timeline by addressing safety requirements before they force a redesign
5-Step Process for Getting Started With IEC 61010 Compliance
Our Approach to IEC 61010-1 Standards and Compliance
Additional Services We Provide
Pre-Compliance Testing
Hands-on support during safety testing against 61010-1 requirements, including accompanying the device to the test lab to assess results in real time and help identify optimal design solutions as issues are uncovered.
Compliance Plan Creation
A device-specific plan developed at the start of your project that flags high-risk clauses and shapes your testing strategy as development progresses.
Fault Condition Analysis
Systematic review of how your device behaves under fault scenarios, and whether your design adequately accounts for those situations.
Standards Interpretation
Practical guidance on what 61010-1 actually requires for your specific device—including the clauses that are vague, ambiguous, or easy to misread.
Training & Education
Hands-on training for internal teams on 61010-1 requirements and what to expect from the certification process.
Frequently Asked Questions About 61010 Compliance
IEC 61010-1 applies to electrical equipment used in laboratory and clinical lab settings to perform measurements, analysis, or testing—typically on biological samples. Common examples include blood analyzers, medication dispensing systems, centrifuges, and other instruments operated by trained technicians rather than used directly on patients. If you’re unsure whether your device falls under 61010-1, CMD can help you work through that determination early.
Both standards cover electrical safety and EMC testing, and the compliance process is similar in structure. The key difference is who is using the device. IEC 60601-1 is designed to protect patients who may be incapacitated or unable to react to a hazard. IEC 61010-1 applies to equipment operated by trained, healthy technicians in a lab setting. Because the risk profile is different, the pass/fail criteria for 61010-1 testing are generally less stringent—though the compliance process itself follows a comparable framework.
Insufficient planning for fault conditions. Most teams focus on passing specific tests—leakage, electrical safety, EMC—but don’t ask the harder follow-up question: if a fault occurs, is my device still safe? For lab equipment that may include moving parts, heavy components, or spinning mechanisms, this question matters more than many teams realize. CMD helps clients work through fault condition planning early, so the answers are built into the design rather than discovered at the test lab.
As early as possible—ideally during the feasibility and design input phases. This is when systems engineering and compliance planning should be working hand in hand. The earlier compliance considerations are factored into the design, the less costly any required adjustments will be. Waiting until you’re approaching formal certification is one of the most common and expensive mistakes we see in both 61010 and 60601 compliance programs.
We develop a compliance plan early in the project that identifies which clauses of IEC 61010-1 apply to your device, flags areas of elevated risk, and outlines a pre-compliance testing strategy. It’s a living document that’s updated as the project evolves—the goal is to surface the hard questions early, not late.
Yes. While earlier engagement is always better, CMD can assess where you stand against applicable requirements at any stage, identify gaps, and help you address them before they affect your certification timeline or budget.