Neonatal Incubator
A hybrid incubator to support the developmental care of neonates by providing a stable and safe environment.
Laboratory equipment development, especially for critical applications like medical and scientific research, presents unique challenges and complexities compared to the development of conventional consumer products.
One of the critical differences is the extensive validation and reliability testing process, which ensures that laboratory equipment functions correctly under various conditions.
The design of laboratory equipment requires careful attention to various factors, such as ergonomics, adaptability, durability, and user interaction.
In the development of laboratory equipment, understanding the user’s experience is paramount. The design process involves comprehending the specific needs and workflows of scientists, medical professionals, and service personnel to create a product that aligns with their requirements.
Ergonomics play a crucial role in ensuring that the equipment can be used efficiently, providing comfort and ease of use. For instance, a laboratory device must fulfil specific application needs, such as precision pipetting or sample preparation, controlling and monitoring bioprocesses.
Another critical aspect of laboratory equipment is robustness. Designing laboratory equipment is more intense and demanding than regular product development. These products must withstand rigorous use and maintain functionality over a longer lifespan than typical consumer products. This necessitates a different mindset and approach to design, involving more rigorous testing, validation and looking at smaller details. All to ensure robust systems, from component interdependencies to ease of maintenance.
Designers must also shift their focus from what may be adequate for conventional products to a higher standard of reliability and performance. The development of models that can be used in various applications, such as respiratory tubing and temperature sensors, exemplifies the attention to detail required to create reliable and effective laboratory equipment.
Thorough documentation and understanding of the development processes are also crucial in laboratory equipment development. These records enable tracing product failures back to specific decision points and facilitate better comprehension of the product’s performance under various conditions.
In laboratory equipment development, the emphasis on detail, complexity, and thoroughness extends to both the product itself and the process, ultimately leading to higher standards in product design and performance. The consequences of inadequate design in laboratory equipment can be significant, affecting reliability of the bioprocess or contamination and loss of samples.
In conclusion, developing laboratory equipment for critical applications requires a unique approach to design, focusing on user experience, adaptability, robustness, and thorough documentation.
By understanding the needs of scientists, medical professionals, and service personnel, designers can create products that align with their requirements and provide reliable, efficient performance in demanding environments. With a commitment to rigorous testing and validation, attention to detail, and a comprehensive understanding of the development process, laboratory equipment can be developed to meet the highest standards of reliability and effectiveness.
It’s the result that counts. Check out a part of our portfolio, showing a variety of successfully introduced products
With our integrated approach, we help our clients realize excellent products.
Making the function of a product the center of attention, we can guarantee that our products are very easy to use, durable and therefore extremely sustainable. By working closely together with our clients and combining strengths of specialists we create products that delivers value to all.
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