Anti-Counterfeiting Measures in MPS

Finley Robinson

Counterfeit products are a big problem for businesses, including MPS. They can harm a company’s name and put consumers at risk. To fight this, MPS is using advanced anti-counterfeiting tech and security solutions.

These include things like special coding and printing, RFID, holography, and security labels. They also use unique packaging designs. All these technologies are key to making sure their products are the real deal.

MPS has integrated these security steps into their methods. Their goal is to better protect against counterfeiting. This helps keep their name strong and their customers’ trust firm.

Importance of Anti-Counterfeiting Technologies

Counterfeit risk is a big problem for the drug trade and supply chains worldwide. It puts patients at risk and costs businesses a lot of money. To fight this, the industry uses high-tech anti-counterfeiting methods.

Blockchain is a digital tool that helps. It makes it hard for fake drugs to get into the supply chain. This means health and trust are protected.

RFID is also key in this fight. It places special tags on medicine to track it in real time. This way, they can check if the medicine is real or fake at every step.

Traceability systems

Traceability systems are crucial in the fight against fakes. They let us watch products from making to sale. This helps make sure only real medicines are sold.

  • Digital serialization is a key traceability method. It gives each product a unique digital code. This code shows if the product is real or not.
  • Track and trace technologies use barcodes and scanners. They keep watch over medicines to make sure they’re real.

With these high-tech and tracking systems, the drug business aims to stop fake drugs. This protects both their money and the health of people.

Microwave-Based Anti-Counterfeiting Techniques

Microwave-based anti-counterfeiting techniques are a modern way to find security features in documents and money. Near-field scanning microwave microscopy (NSMM) is one of these. It lets us see watermarks by looking at how dense paper is.

NSMM tools use microwave signals from 300 MHz to 300 GHz to check things like paper. They create maps showing the different parts of what they scan. This helps find hidden security features.

Making NSMM tools smaller has made stopping forgery easier and more doable. These methods not only improve how we keep documents safe but also help in many fields needing top-level security. By using microwaves, NSMM can spot real documents from fake. This adds a strong layer of protection against counterfeiters.

Finley Robinson