Increased part safety and detection using food safe materials

We helped a large global dairy manufacturer and an OEM improve the detectability and safety of scraper blades within their food processing tanks.


VMX scraper blades Case Study

We used our engineered solutions expertise to help our customers re-design the food safe scraper blades used in their new dairy processing tanks.

Working closely with both the food manufacturer and the OEM allowed us to fully understand the industry requirements for any new material, as well as how to improve the part design itself.

Together, we identified food safe materials that met the detection levels required by the manufacturer, mitigating costly contamination risks as well as helping the OEM improve their equipment design processes, increasing customer satisfaction and efficiency.

Industry: Food & Pharma, Food Processing

Solution: Development of more reliable scraper blades using detectable food safe materials

Products: VMX (Visual, Metal, X-ray) family of materials

Results: More reliable, highly detectable materials used in scraper blades improved efficiency and food safety


Improving food safety through part detectability

Due to wear from cleaning agents and the demands of the food production process, these blades are prone to break down. With existing nylon blades not meeting food safety standards, the manufacturer specifically requested that more robust and highly detectable parts be included in the new tanks.

Due to the closed structure of the processing equipment, the OEM was unable to change the design of the part, so needed to source new food safe materials with improved wear resistance and detectability. However, even after extensive testing of other existing materials and outsourcing replacement parts to a local fabricator, they were still not achieving the detection levels required.


Engineering solutions to increase part performance

We started working with the food manufacturer to help identify an appropriate material for the scraper blades, while also collaborating with the OEM on an improved design.

After tests on existing materials failed to deliver results, we suggested using our VMX product range, a portfolio of blue plastics for food contact applications that are detectable by visual, metal, and x-ray inspection. These food grade materials finally met the manufacturer's requirements for both compliance and detectability.

Once the material was approved, we collaborated with the OEM to help improve the part design. Using our engineered solutions expertise, we undertook a series of mold flow analyses, detecting any weaknesses and recommending improvements.

Partners in possibility

More than simply retrofitting a solution, we helped create the next generation of food processing equipment, using advanced food safe materials and improving overall part performance. We leveraged our vertically integrated structure to take on the challenge from prototype to production. Only our engineered solutions can process our VMX materials into finished parts.


Safer, more efficient food production

Thanks to their unique combination of properties, our VMX materials offered the manufacturer a longer-wearing, more detectable part that increased cleanliness within the food production process, resulting in enhanced food safety.

Mitigating contamination risks also helped to improve processing efficiency by reducing downtime, increasing production runs and saving costs.

In addition, in partnership with the OEM we helped improve their equipment design processes, improving customer satisfaction and efficiency.

  • Less risk of contamination
  • More efficient production process
  • Less downtime
  • Increased production runs and added cost savings

Want to learn more about Food & Pharma?

Our detectable, food-compliant materials and wear-resistant parts minimize the risks of foreign object contamination, improving Food & Pharma processing safety and throughput. We help engineers, OEMs and channel partners transform their Food & Pharma business challenges into faster, more cost-efficient and sustainable processes.

Learn more
Get in touch

Not sure it’s possible?

Looking for something specific? Get in touch with our specialist teams by filling in the contact form. We’re ready to meet your next challenge.

Contact us
Advanced technologies & partnerships

Groundbreaking material applications

Case study Plastic Yaw Slide vs. Roller Bearings

Learn how we developed a more reliable wind turbine yaw slide bearing that reduced time to market and resulted in increased cost savings.

Case study Reducing Friction in Wing Flaps

We produced a self-lubricating plastic solution that delivered to our customer’s needs and resulted in a lighter plane with a lower risk of failure and reduced maintenance requirements. Better fuel efficiency and reduced CO2 emissions helped create a more sustainable aircraft.

Case study Replacing metal with carbon fiber composite parts

Find out how we reduced the weight of steel brackets by creating a revolutionary alternative that’s also more sustainable and reliable.