Risk Analysis
At Drim Robotics, we recognize that the integration of robotic systems not only enhances productivity but also significantly improves employee safety. In our approach to automation, we meticulously consider both process requirements and the relevant laws and regulations that govern manufacturers and integrators. This is particularly vital in the context of collaborative robots, where the potential for direct interaction between operators and machines is commonplace. It is imperative to ensure that such collaboration does not introduce unnecessary risks to human operators. Our continuously evolving risk assessment process enables us to deliver safe, reliable applications to our clients. To leverage our expertise, we offer specialized services in machine safety and compliance assessment.
We provide comprehensive support to facilitate the design and construction of safe workstations for cobots, industrial robots, or any other machinery. Operator safety must be a priority at every phase of the project lifecycle—from initial concept development to final acceptance testing. Our services encompass conceptual support, thorough risk analysis, and precise measurements of cobot force and pressure, as well as machine downtime assessments (run-down time). Additionally, we conduct risk assessments for existing machines and production lines.
You are invited to delve into our machinery safety services. We are readily available to address any inquiries you may have. With our support, you can rest assured that the machine or robot you are commissioning at your facility or for your clients adheres to all mandatory safety standards.
Cobot Measurements
Collaborative robots, which work in tandem with human operators, are a pivotal component of contemporary industrial solutions, and their significance continues to escalate annually.
These robots enhance production volume and process flexibility while improving the quality of tasks performed. Furthermore, they serve as a safeguard against workforce shortages arising from recruitment challenges. A fundamental aspect of the collaboration between robots and operators is the assurance of human safety. The annex to the PN-EN 10218-2 standard, also known as the ISO/TS 15066 standard, delineates these crucial safety Risk analysis – CE certification of the machine
Risk Assessment
We carry out risk assessments for both planned and existing applications. The subsequent report, prepared following our analysis, identifies the necessary actions to ensure the system's compliance with safety requirements.
Measurements and Analysis
We conduct precise measurements of the forces and pressures exerted between the cobot and the operator, along with assessments of the stopping time (run-down time).
Designing Safe Applications
We provide expert support in designing applications that align with ISO/TS 15066 guidelines, ensuring safe collaboration between robots and humans. How can we assist you in achieving compliance with the ISO/TS 15066 standard?
How We Can Assist with ISO/TS 15066 Compliance
We will guide you through the entire process of designing a cobot workstation, highlighting essential considerations and recommending effective solutions.
Understanding the ISO/TS 15066 Standard
ISO/TS 15066 is a technical specification from the International Organization for Standardization (ISO), published to facilitate the safe integration of collaborative robots. This document serves as a resource for designers, integrators, and occupational health and safety professionals committed to ensuring occupational safety and protecting employee health.
CE Marking of Machines
We assist our clients throughout the process of assessing compliance with the Machinery Directive, culminating in the correct CE marking of the machine in accordance with applicable regulations.
Why is the CE Marking for Your Machines?
If you are a machine manufacturer:
1. CE marking is a critical element in demonstrating that your products adhere to the safety requirements outlined in European Union directives. It confirms compliance with standards harmonized under the Machinery Directive.
2. We will conduct a comprehensive risk assessment, an essential component of this process.
3. We will guide you on the necessary documentation to gather and the tests required to ensure compliance.
4. We will prepare a declaration of conformity and an appropriate plate to be affixed to the machine.
If you are a machine user:
1. CE marking allows us to presume that the machine complies with the safety requirements of European Union directives; however, it is prudent to verify that the manufacturer has fulfilled all obligations. Ultimately, the responsibility for providing safe machines and tools to employees rests with the user.
2. We will perform an acceptance audit to identify any deviations from safety standards and requirements. This assessment will verify whether the machine supplier had the authority to affix the CE mark and will provide the foundation for determining any necessary modifications to the machine prior to its operation at your facility.
3. We will measure downtime, pressure, and force, particularly in the context of collaborative robots. This evaluation will help ascertain whether the machine will halt before an employee enters a danger zone or whether the robot poses a risk of injury upon contact with the operator.