Mettler-Toledo Unveils Increased Versatility and Detectability with New X52 X-Ray Solution for Challenging Applications

Mettler-Toledo Product Inspection proudly announces the release of the innovative X52 Dual Energy x-ray inspection system to complete its.

X2 Series. Designed to meet the demands of challenging applications in packaged products, the X52 sets a new standard in detection capabilities at an incredible price point. The X52's proprietary software provides increased adaptability by seamlessly transitioning between single energy, dual-energy or both modes, optimising the performance of the system depending on the application.

In single energy mode, the X52 identifies a wide range of contaminants including glass, metal, mineral stone, calcified bone, dense plastic and rubber compounds based on their material composition, offering thorough inspection for product safety and quality. Dual energy mode further enhances accuracy by analysing materials' densities, providing an advanced level of detection to preserve consumer well-being and uphold industry standards.

The X52 x-ray inspection system excels in both efficiency and accuracy by seamlessly detecting foreign body contaminants while simultaneously completing a broad range of quality assurance checks. Through its advanced technology, the X52 significantly reduces false rejects, distinguishing between genuine contaminants and product variations with ease. This precision minimises unnecessary production halts and disruptions, allowing manufacturers to maintain operations and reduce unnecessary downtime. By maximising uptime and minimising waste, the X52 boosts productivity and reduces overall costs, setting a new standard in x-ray inspection technology.

The X52 single and dual energy x-ray system is designed to future-proof manufacturing operations, instantly accommodating evolving product lines and applications. Its adaptable nature not only offers long-term reliability but also promotes sustainability and cost savings by consolidating multiple detection capabilities into a single machine, reducing the need for additional equipment.