Instron

SMTL Princess of Wales Hospital Testimonial

SMTL Princess of Wales Hospital Testimonial

Service Success Stories

SMTL Princess of Wales Hospital Case Study

SMTL Princess of Wales Hospital

Overview
SMTL at Princess of Wales Hospital in Bridgend Wales, encountered a problem with their Instron 3345 system that was testing PPE for the staff at the hospital.

 

The Challenge

On Monday 30th March 2020, Instron received a call from Princess of Wales Hospital that the extra high 3345 system located in their Surgical Materials Testing Lab was not functioning properly. Field Service Engineer Paul Metters had been on site and provided a temporary fix, but the system wasn’t stable enough for the continuous testing of medical gloves that the hospital needed to keep their healthcare workers safe during the escalating COVID-19 crisis. The lab manager explained they were sourcing gloves from different suppliers, and it was now more critical than ever that they were able to test the gloves before providing them to hospital staff.

The Solution

Instron’s technical support team in High Wycombe was fortunately in possession of an extra high 3345 customer return, which was immediately dismantled in preparation to support the malfunctioning system at Princess of Wales. The following day, Helen Smith (UK Service Sales Representative) and Toby Sparkes (Field Service Engineer) arrived on site with the necessary parts. When they assessed the customer’s machine, it was found that the ball screw was travelling in an elliptical pattern and returning with a lot of noise and vibration. To fix the problem, they replaced the top part of the customer's machine with identical parts from the customer return. The safety systems were checked, the speed and displacement were calibrated, and the machine functionality was verified with the customer. Both the system operator and the lab manger were extremely happy with the response they received from Instron, which enabled them to continue testing PPE with minimal system downtime.

Battelle Success Story

Battelle Success Story

Service Success Stories

Battelle CCDSTM Success Story

Overview
In March 2020, Battelle fast tracked interfacing and built their Battelle CCDSTM .

 

In March 2020 as the Covid-19 pandemic escalated, Battelle reached into their 2015 FDA study, which proved that vapor-phase hydrogen peroxide (VPHP) was effective in decontaminating N95 respirators in the event of a pandemic. The study exposed N95 respirators to a specified level of VPHP through multiple decontamination cycles, without affecting the mask properties.

Due to the severity of the Covid-19 pandemic, Battelle were able to fast track the interfacing of the Battelle CCDSTM with their relevant departments, and put plans in place in than less than a month to build the CCDSTM and deploy to USA hot spots where PPE shortages emerged due to the explosion of infections and hospitalizations.

CCDS Testing

During this study, Battelle were also using their Instron systems to perform mechanical tests on N95 respirators, testing to show that the mechanical properties of the straps were retained after multiple decontamination cycles. During this critical time, Battelle were in the process of upgrading the software on their Instron systems for new Windows 10 based PCs. Instron were able to provide a quick response for these upgrades, allowing Battelle to quickly resume their testing of N95 respirators.

Like Battelle, Instron has a rich history in materials testing and has supplied Battelle with a number of different systems over the years, the first system being in the 1950s (Old Blue was her name with tube-based electronics), 1970s (new analogue electronics), 1990s (new digital systems with standalone computers), and the 2010s (touch-based user interfaces and uniquely capable control software).

Due to Instron’s flexible software and strong support staff, Battelle were able to perform their critical work and to develop unique tests to fully evaluate materials being cleaned in their new CCD systems and, ultimately, providing reusable PPE for frontline hospital workers in hot spots around the United States.