Leverage TEAL’s Life Sciences Automation to Unlock Value

Leverage TEAL’s Life Sciences Automation to Unlock Value

With the increasing demand for medical devices, automation in the Life Sciences industry has become inevitable to achieve repetitive and precise production. Integrating part or all of an assembly line depends on the level of automation required and the final scope of the medical device being produced. According to recent research, the industrial automation market in the life sciences automation industry is expected to grow by USD 2.42 billion from 2020 to 2025, at a CAGR of 7.35%.1  

Life sciences automation companies have been turning to automation and robotics to meet the demands of a growing industry. This shift has led to increased productivity and custom medical machinery for many firms within the life sciences automation industry. Custom medical machinery and automated processes can offer significant benefits in terms of efficiency and cost-effectiveness. More and more companies are adopting these technologies to stay ahead of the competition. 

As a medical device manufacturer, you know that your products have to meet a high standard in order to be used in a medical setting. You also know that different medical devices require different levels of precision and accuracy in their production. That is why you cannot afford to choose the wrong life sciences automation supplier/partner when working in Life Science Manufacturing. At Titan Engineering and Automation Limited (TEAL), we pay attention to every detail in order to produce high-quality products. You can rely on us to meet your schedule and help you get your products to market quickly. 

TEAL Life Sciences Automation: Delivers seamless and effective automation solutions 

When it comes to automation in the Life Sciences industry, accuracy is always a top priority. Automated systems that meet strict requirements can help ensure that your operations are running smoothly and safely. By integrating an automated system into your manufacturing, you can save workers from having to perform hazardous or repetitive tasks. This also eliminates the potential for human contamination. TEAL’s technical capabilities have been showcased across a variety of product segments, including inhalers, IV cannulas, insulin pens, blood bags, needles, and safety masks. We have the expertise and technology to create automated solutions that meet the highest standards for quality and manufacturing. We can help you improve product quality, reliability, data management, and operating costs. Our team can support you from design to implementation to ongoing optimization. You can trust us to stay competitive in today’s global economy. 

We design and build medical device assembly systems with a sharp focus on quality and efficiency that not only meet but exceed our customers’ expectations and regulatory standards. We also support successful validation and monitoring processes, such as those required by the FDA and GAMP. With TEAL, you can be confident that your medical devices will be assembled with precision and care. 

We are dedicated to being involved in the design stage as early as possible. We understand that it is important to design automated systems that can assemble and package complex parts quickly and efficiently. We help make the design process more efficient by offering our expertise early on. By using our services for the implementation of life sciences automation assembly, the production process of your products will benefit from our decades of cross-industry experience. We will work with you to improve your existing process and make it even more efficient. Medical device manufacturers have entrusted Titan Engineering and Automation Limited to create automated solutions for several devices, including oral syringe assemblies, capping, saline syringe dosing, probing catheter assemblies, and dropper assemblies. This confidence is based on our team’s expertise in the field of engineering and automation. We have a proven track record of designing and implementing high-quality automated solutions that meet the needs of our clients. 

At TEAL, we offer comprehensive assembly & testing automation solutions and information solutions for medical device manufacturers to increase productivity, quality, and profitability. With our solution, medical device manufacturers can reduce the need for manual labor, which can lead to higher throughput, improved quality, and lower costs. We understand that in order to meet standards and address the growing importance of manufacturing intelligence, more flexible and agile medical manufacturing systems are needed. We pride ourselves in being able to help you get to where you need to be, with key benefits like increased efficiency from integrated systems, greater visibility for full traceability, reduced costs of compliance, and shorter cycle times. 

It’s time to transform your legacy life sciences solutions  

Automation is a game-changer for the life sciences industry, with the potential to accelerate many individual management processes throughout manufacturing. The advantages of automation are clear—economical, faster, and more reliable processes. However, its adoption has been a gradual process that has spanned several decades.  

As life sciences companies look to speed up their management processes, automation provides a powerful solution. By automating key processes, companies can improve efficiency and reliability while also reducing costs. Automation is therefore a crucial tool for life sciences companies looking to stay ahead of the competition. 

Moreover, adopting digital manufacturing and technology is critical for all manufacturers who want to be successful in the future. Automated and connected facilities that can create, interpret, and act upon reliable data will be able to take advantage of digital manufacturing. The life science industry has spent years making improvements, such as becoming more energy-efficient and using better materials and equipment. 

TEAL’s digital transformation software assists life sciences manufacturers by connecting their systems and equipment while also analyzing data to make better-informed decisions about operations. This connection of data as well as this big data approach changes the way manufacturers operate, and helps create a more successful production of life-saving medicines and life sciences equipment for patients who need them the most. 

Connect with us today to learn more about how we can help you revolutionize your life sciences automation and manufacturing process. 

 

Frequently Asked Questions

+

Pharmaceuticals, also known as drugs or medicines, are used to treat or prevent diseases. Medical devices, on the other hand, serve a vital purpose in the medical industry by helping to diagnose, treat, and prevent various conditions. They are mechanical in nature and require biomedical engineering in order to be created. Medical devices can be used to temporarily or permanently replace a function of the body. They come in all shapes and sizes, from the simple like spectacles and bandages, to more complex supplies like syringes and gloves, to implants and X-Ray equipment. Pharmaceutical products are designed to interact with the body on a chemical level in order to produce a desired biological reaction. These products can be consumed or injected and will enter into a reaction with the body’s metabolic or immune system.
+

There are several regulatory bodies in India for medical devices. The main regulatory body is the Central Drugs Standard Control Organization (CDSCO), which is under the Ministry of Health and Family Welfare. CDSCO is responsible for approving new medical devices and setting standards for their safety and efficacy. Other regulatory bodies include the Department of Science and Technology, the Department of Biotechnology, and the Indian Council of Medical Research. These organizations are responsible for promoting research and development of new medical devices, as well as for ensuring that existing devices are safe and effective.
+

In India, medical devices that are notified under the Drugs and Cosmetics Act 1940 and the Rules made thereunder in 1945 are subject to regulation.
+

There are a number of standards used in medical device manufacturing, including ISO 13485, ISO 9001, EN/IEC 60601, and many more. ISO 13485 is a quality management system standard specifically for medical device manufacturers, while ISO 9001 is a general quality management system standard that can be applied to any industry. EN/IEC 60601 is a safety standard for electrical medical devices. All of these standards are important in ensuring that medical devices are safe and effective for use.
+

There are a few common diseases in India that include cancer, cardiovascular diseases, renal diseases, liver cirrhosis, and lung diseases. These diseases often require the use of medical devices for treatment, which can include catheters, tubes, angioplasty devices, pacemakers, dialyzers, and resuscitators.
+

In India, the highest used medical device in terms of volume is the syringe. This is due to the high prevalence of needle-stick injuries and the need for frequent injections in many medical settings. Other common medical devices include IV catheters, blood pressure cuffs, and stethoscopes.
Submitted by superadmin on Sun, 11/20/2022 - 10:43