Pressure Mapping for Medical Device and Product Manufacturing

Proving Proper Seal of Sensitive Materials

The effectiveness of a sealing process can be quantified by using the pressure mapping technology, thereby optimizing the packaging design, run-after-run.

During the packaging of medical devices and goods, process consistency is crucial not just for enhancing yields, it could entirely make a difference between life and death. Pressure mapping can help manufacturers stay attuned with their machines in ways no other technology can ensure.

Case Example: Identifying Packaging Defects On-the-Fly

It is crucial to identify defects in product packaging to keep pharmaceuticals hygienic, fresh, and free of damage. When it comes to this application or in the R&D design of a packaging machine, pressure mapping, which is an integrated feature within a machine’s UI, can permit operators to maintain their products safe and secure.

Bonfiglioli Engineering, a packaging machine manufacturer, used a software API to integrate pressure mapping technology into its pill pack sealing machine.

Figure 1 depicts a sensor integrated into the machine’s lid reading pressure distribution at the time of the sealing process. The pressure distribution over the entire pill pack is shown by a display screen, which also detects cavities having low pressure. This valuable information assisted operators in streamlining their machine-setup and quality control investigation, besides enhancing their efficiency.

The Bonfiglioli pill pack machine includes a machine-setup feature that can identify leaks instantly.

The Bonfiglioli pill pack machine includes a machine-setup feature that can identify leaks instantly.

Figure 1. The Bonfiglioli pill pack machine includes a machine-setup feature that can identify leaks instantly.

Other Similar Applications

  • Identification of uneven sealing bars

Troubleshooting Production Processes

Production personnel can employ pressure mapping to travel the same path that their products take, from assembly to completion.

As is the case for any production facility, delicate materials usually go through various types of impacts on their way to assembly. Potential problem areas in a process can be identified by using the pressure mapping technology in machine setup or quality control.

Case Example: Enhancing Spot-Checking Efforts in High-Throughput Operations

A major difficulty faced by production managers and engineers is to reduce damage and loss in a high-throughput pharmaceutical fill line operation. Visual inspection of containers and bottles for damages or scuffs can only help identify a problem that has already occurred at some point of the process; however, it may not be physically feasible to identify exactly where in the process these impacts occurred.

Ultra-thin pressure mapping sensor technology is a valuable technique for improving quality control checkups in fill lines. For example, positioning sensors located along conveyors or rail lines can capture pressure impacts and detect at which points adjustments could be required. Moreover, an effective method to detect errors would be to instrument packaging units with sensors and sending them through the entire production line.

Pressure mapping output of impacts as bottles and containers advance through a fill line operation.

Pressure mapping output of impacts as bottles and containers advance through a fill line operation.

Figure 2. Pressure mapping output of impacts as bottles and containers advance through a fill line operation.

Other Similar Applications

  • Machine commissioning/installation
  • Identifying robot manufacturing errors
  • Vibration or drop testing

Product Testing and Quality Control

Pressure mapping is a very effective quality control tool for determining the safety and consistency of medical devices and products.

Besides the fact that large-scale product recalls could always prove expensive, they are infinitely compounded considering that human lives are being harmed as a result of poor production oversight and testing. Before the products leave the production facility, pressure mapping technology ensures that they are safe for the treatment of humans and animals.

Case Example: Evaluating Spray Patterns of Metered-Dose Inhalers

Several years of testing and approval measures are needed for each and every medical device before it is commercialized. Despite these stringent measures, potential problems could occur at the production end, which might go undetected until it is too late.

One metered-dose inhaler manufacturer has made pressure mapping technology an important part of its quality control program. At the time of a production run, a batch of inhalers is routinely pulled from the line and sprayed against a pressure mapping sensor to evaluate the spray pattern.

This information can be used by the production personnel to benchmark whether the inhaler’s pressure output is well within a safe range, to detect for potential leaks, as well as to measure whether too little or too much medicine is being delivered.

Spray pattern and pressure output from a metered-dose inhaler.

Spray pattern and pressure output from a metered-dose inhaler.

Figure 3. Spray pattern and pressure output from a metered-dose inhaler.

Other Similar Applications

  • Oxygen/compressed air design
  • Nebulizer design
  • Syringe design

About Tekscan

Amazing insights and innovative products using Tekscan pressure mapping, force measurement, and tactile sensors

Tekscan's patented tactile force measurement and pressure mapping solutions provide you with actionable information to optimize your product designs or improve clinical and research outcomes. Our sensors and systems are used in a wide range of applications either as a stand-alone solution or as an embedded technology. Simply put, we help you create better, differentiated products and services.

Located in the Innovation District of Boston, Tekscan has been in business since 1987. During that time, we've perfected our product, our team and our process to ensure we meet our customers' expectations. Today, the team is over 100 employees strong.

Tekscan: your trusted technology partner.

Quality - Tekscan, Inc. is committed to quality. Sensor design, manufacturing, and production happen at ISO 9001 compliant & 13485 registered Tekscan headquarters.. Our Technical Team is made up of electrical and mechanical engineers who consult directly with customers throughout each step of the sensor design process, from conception through production.

Innovation - Tekscan is a high technology company always pushing the limits through continuous innovation to maintain its world leading position in the area of tactile sensing. The company invests over 14% of its revenues on R&D and Innovation, similar to Google and Microsoft, and higher than the industry averages of Health & Medical (12%) and Computer & Electronics (8.8%) and much higher than the average US company (under 5%).

Company Growth - Tekscan has experienced continued growth. While we are a US company, half of our business is international. Tekscan has earned a ranking on the Inc. 5000, the business magazine’s annual listing of the fastest-growing private companies in America.

Longevity - Thanks to standing on solid financial ground, Tekscan has been able to dedicate significant resources and money to invest in itself through expanded production capabilities. Because we have no debt as a company, our customers can be confident they are making a smart and solid investment when they choose Tekscan.

We have a solution for you.

A Tekscan product is found in many different environments; in your local clinicians’ office, in an academic setting for research, a Fortune 500 company and your local retailer. Tekscan has a broad product portfolio to meet the needs of our customers. Tekscan's philosophy is to provide highly cost-effective upgrade paths to enhance and expand the utilization of our products by our customers. We have successfully integrated our technology into OEM products, and continues to develop sensors and systems that are rapidly becoming industry standards.


Sponsored Content Policy: News-Medical.net publishes articles and related content that may be derived from sources where we have existing commercial relationships, provided such content adds value to the core editorial ethos of News-Medical.Net which is to educate and inform site visitors interested in medical research, science, medical devices and treatments.

Last updated: Apr 24, 2019 at 6:54 AM

Citations

Please use one of the following formats to cite this article in your essay, paper or report:

  • APA

    Tekscan, Inc.. (2019, April 24). Pressure Mapping for Medical Device and Product Manufacturing. News-Medical. Retrieved on August 22, 2019 from https://www.news-medical.net/whitepaper/20190417/Pressure-Mapping-for-Medical-Device-and-Product-Manufacturing.aspx.

  • MLA

    Tekscan, Inc.. "Pressure Mapping for Medical Device and Product Manufacturing". News-Medical. 22 August 2019. <https://www.news-medical.net/whitepaper/20190417/Pressure-Mapping-for-Medical-Device-and-Product-Manufacturing.aspx>.

  • Chicago

    Tekscan, Inc.. "Pressure Mapping for Medical Device and Product Manufacturing". News-Medical. https://www.news-medical.net/whitepaper/20190417/Pressure-Mapping-for-Medical-Device-and-Product-Manufacturing.aspx. (accessed August 22, 2019).

  • Harvard

    Tekscan, Inc.. 2019. Pressure Mapping for Medical Device and Product Manufacturing. News-Medical, viewed 22 August 2019, https://www.news-medical.net/whitepaper/20190417/Pressure-Mapping-for-Medical-Device-and-Product-Manufacturing.aspx.

Other White Papers by this Supplier