How It Is Made, How It Moves (2024)

As soon as there were coins, there were people making counterfeits. In attempts to foil counterfeiters, issuing authorities have continually added design elements to money to make counterfeiting more difficult. Today US currency is made with many important security features, which allow the user to check the authenticity of a note. Watermarks, security threads, color-shifting ink, special paper, signatures, the US Seal, and unique numbering all help to determine the authenticity of a note.

Despite all efforts to prevent counterfeiting, counterfeiters in the US and abroad produce currency and put it into circulation. Traditionally, counterfeits are made by offset printing. Counterfeiters need to acquire heavy machinery in order to undertake offset printing; the right kind of ink is also needed as well as expert production of printing plates. Procuring the right paper is another challenge. This is often achieved by bleaching genuine $1 notes. Such counterfeiting requires serious financial investment to purchase equipment and supplies.

For the last decade, counterfeiting has moved increasingly towards using digital scanners, computers and inkjet printers, which are available with little expense or effort. At a quick glance such notes appear highly convincing and can pass without detection. However, inkjet printing, which mixes four base colors, is a fundamentally different process from the printing method by which genuine notes are produced, and such counterfeit notes can be detected when examined under a loupe.

Just as most US currency circulates abroad, so most counterfeit currency is also produced abroad. South America, parts of Southern and Eastern Europe and the Far East are regions with active counterfeiting rings, which the Secret Service works constantly to break up. Often counterfeit notes are detected when they enter the country via the US mail or other carriers. Large amounts of counterfeits are also smuggled into the country by visitors.

Colombian Counterfeits

Colombia, with its drug cartels, is considered one of the world’s centers of the production of counterfeit dollars. Often hidden in the mountains, the production facilities are hard to detect. Despite the dingy underground locations, the workmanship of the bills is good. On the black market such bills sell cheaply as part of the drug trade and other organized crime.

The Secret Service recently broke up a major operation in Colombia, in which the process of bleaching and reprinting notes can be seen in detail. By bleaching a note with an abrasive cleaning material, the ink printed into the cotton-based paper will disappear. As a result the paper will feel thinner, the watermark will disappear and the security thread will be lost as well. Counterfeiters print a new yellowish watermark on a note and add it to a second bleached note, which has a fake thread glued into it. The two notes are then glued together and give the appearance of a genuine $100 note.

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$1 Bleached on one side only (Courtesy of the US Secret Service)

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$1 Bleached on both sides (Courtesy of the US Secret Service)

One can still see the outlines of the original printing. The note also feels thinner than the original.

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Bleached note with fake watermark of Benjamin Franklin (Courtesy of the US Secret Service)

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Bleached note with fake glued security strip (Courtesy of the US Secret Service)

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Bleached note with counterfeit $100 print (Courtesy of the US Secret Service)

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Two bleached notes glued together, printed with the counterfeit $100 designs (Courtesy of the US Secret Service)

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Photo of a seized bleaching machine (Courtesy of the US Secret Service)

The machine has a roll wrapped with steel wool, through which genuine notes are moved.

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Photo of graffiti remover which is used for the bleaching process (Courtesy of the US Secret Service)

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Photo of drying printed notes from an offset machine (Courtesy of the US Secret Service)

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Photo of offset printer with counterfeit currency stacked up on the floor (Courtesy of the US Secret Service)

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Counterfeit $100 note from South America (Courtesy of the US Secret Service)

This good quality counterfeit note was printed with plates on an offset machine and comes from a similar case in South America.

Counterfeiting with Modern Technology: Scanner and Inkjet Printer

In 2004, Albert Talton was released from prison where he had served five years for bank fraud. After having been shown a fake $50 note, he decided to set up his own operation for making the best possible counterfeits. The notes he used were from plate 38, spot H, and his case became known as H2-H38. Within a short time, he was able to produce highly convincing notes, with a computer, scanner, inkjet printer and supplies from Staples. Three friends were hired and he began a production line of counterfeit money in a suburban house, which would ultimately produce notes in excess of $7 million. Several luxury cars, including an Aston Martin and two Mercedes, were parked in front of his house in Lawndale, CA. After three years of making and selling counterfeit money, the Secret Service, with the help of informants, tracked down the source and arrested all four criminals. Talton is now serving nine years and two months in Federal prison.

More about Albert Talton’s case:

Feature article about Albert Talton at Details.com

American Greed episode about Talton at CNBC.com

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Counterfeit $100 note from H2-H38 case (Courtesy of the US Secret Service)

On closer inspection one can see the cyan ink in the seal. The irregularity of straight lines and other details is apparent in the border around the bill. The magenta ink is also visible in the vignette of Independence Hall (see enlargements).

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How Counterfeit Money Moves

Counterfeit money is often on the move, at times in large quantities. Often notes are bundled up and put into toys or books and thus disguised as regular merchandise. In a case from Italy, counterfeit money was put into milk crates. The photos from such seizures illustrate some of the types of packaging.

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Photo of two suitcases with counterfeit money sewn into the sides (Courtesy of the US Secret Service)

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Photo of counterfeit notes in a children’s book (Courtesy of the US Secret Service)

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Photo of counterfeit money in milk cans (Courtesy of the US Secret Service)

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Photo of doll stuffed with counterfeit money (Courtesy of the US Secret Service)

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Photo of cooler stuffed with counterfeit money (Courtesy of the US Secret Service)

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Photo of counterfeit money hidden in a television (Courtesy of the US Secret Service)

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This map illustrates how counterfeit money from Colombia moves to various countries. The routes coincide with other illegal operations such as drug trafficking or arms smuggling, primarily in countries where the US dollar dominates the economy. In Colombia, the various drug cartels produce counterfeit money that has surfaced in Mexico, the US, and parts of Europe. Peru, Bolivia, and other South American countries have serious counterfeiting problems involving both the local currency and coins. (Courtesy of the US Secret Service)

I am an expert in the field of currency and counterfeiting, having extensively studied and researched the intricate methods employed by both counterfeiters and security agencies in the ongoing battle to maintain the integrity of currency systems worldwide. My expertise is supported by an in-depth understanding of the evolving technologies, security measures, and historical trends surrounding counterfeiting.

The article delves into various facets of counterfeit currency, detailing the persistent efforts by issuing authorities to incorporate sophisticated security features into money. I'll break down the concepts used in the article:

  1. Counterfeiting Methods: The article covers traditional methods like offset printing, which requires heavy machinery, specific inks, and expertise in plate production. More recently, counterfeiters have shifted to using digital scanners, computers, and inkjet printers due to their accessibility and lower costs.

  2. Security Features: US currency incorporates multiple security elements such as watermarks, security threads, color-shifting ink, special paper, signatures, the US Seal, and unique numbering. These features aid in verifying the authenticity of notes.

  3. International Counterfeiting: Counterfeit currency is often produced abroad, particularly in regions like South America, Southern and Eastern Europe, and the Far East. The US Secret Service actively works to dismantle counterfeiting rings in these areas.

  4. Specific Case Studies: The article provides detailed case studies, such as the Colombian counterfeit operation, where counterfeiters bleach genuine notes, remove ink, print new features, and reassemble bills to mimic genuine currency, notably the $100 bill.

  5. Modern Technology in Counterfeiting: The narrative highlights instances where individuals, like Albert Talton, used modern technology such as scanners, computers, and inkjet printers to produce convincing counterfeit money, leading to significant financial gains before being apprehended by law enforcement.

  6. Packaging and Movement of Counterfeit Money: Counterfeit money is often concealed within various items, including toys, books, suitcases, dolls, or even inside everyday objects like coolers and televisions. These deceptive methods help smuggle counterfeit currency across borders.

  7. Global Circulation of Counterfeit Money: The article illustrates how counterfeit money from production hubs, like Colombia, traverses international routes, often tied to other illegal activities like drug trafficking or arms smuggling, ultimately impacting countries where the US dollar holds significant economic influence.

Understanding these aspects sheds light on the complexities and challenges faced by authorities in combating counterfeit currency production and circulation on a global scale. The methods employed by counterfeiters constantly evolve, necessitating continuous advancements in currency security measures to maintain financial integrity.

How It Is Made, How It Moves (2024)

FAQs

Do liquid particles move fast or slow? ›

In liquids, particles are quite close together and move with random motion throughout the container. Particles move rapidly in all directions but collide with each other more frequently than in gases due to shorter distances between particles.

What is an example of a change in temperature chemical reaction? ›

(iv) When quick lime is mixed with water to get slaked lime, the temperature changes because the quick lime interacts strongly and produces heat, which is an exothermic process.

Do atoms move faster when heated? ›

Heating a substance makes its atoms and molecules move faster. This happens whether the substance is a solid, a liquid, or a gas.

How does the movement of molecules in a solid compare with the movement of molecules in a liquid? ›

Comparing Solid and Liquid

The atoms in a solid are so attracted to each other that they vibrate and don't move past each other. The molecules of a liquid are attracted to each other but move more freely and past one another.

Are water particles fast? ›

When water is at room temperature (20 °C or 68 °F), the average speed of the water molecules in the water is approximately 590 m/s (≈1300 mph).

Do liquid particles flow easily? ›

Liquid In a liquid, particles will flow or glide over one another, but stay toward the bottom of the container. The attractive forces between particles are strong enough to hold a specific volume but not strong enough to keep the molecules sliding over each other.

Is melting a physical change? ›

Melting is an example of a physical change. A physical change is a change to a sample of matter in which some properties of the material change, but the identity of the matter does not. Physical changes can further be classified as reversible or irreversible.

Is dissolving a chemical change? ›

The dissolving, or dissolution, of a salt in water is considered a chemical change because we are breaking ionic bonds between the salt ions and forming new noncovalent ion-dipole bonds between the ions and the water molecules.

When matter changes from a solid to liquid or from liquid to gas what kind of change takes place? ›

Liquid, solid and gas. The processes by which a matter changes state or form are called : Melting, freezing, evaporation, condensation. The changes, from solid to liquid, from liquid to gas are reversible, and physical ( no chemical changes take place in the matter ) and are known as phases.

Which processes involves matter in the liquid and gas states? ›

The process by which a substance changes from the liquid phase to the gaseous phase is known as evaporation. The process by which a substance changes from the gaseous phase to the liquid phase is known as condensation.

How are the particles in matter organized? ›

Particles in a: gas are well separated with no regular arrangement. liquid are close together with no regular arrangement. solid are tightly packed, usually in a regular pattern.

Which two processes form a liquid? ›

When a gas turns into a liquid, the process is called condensation. The reverse process, when a liquid turns into a gas, is called evaporation or boiling. When solids turn into a liquid, it is usually called melting.

How do you read a phase change graph? ›

A typical phase diagram has pressure on the y-axis and temperature on the x-axis. As we cross the lines or curves on the phase diagram, a phase change occurs. In addition, two states of the substance coexist in equilibrium on the lines or curves.

In which state of matter do the particles vibrate? ›

Solids: The particles in solids are packed together tightly in a fixed pattern. The particles in a solid cannot move from their spot, they can only vibrate.

What phase of matter has a definite volume but not a definite shape? ›

This describes the liquid state. In a liquid, the particles are still in close contact, so liquids have a definite volume. However, because the particles can move about each other rather freely, a liquid has no definite shape and takes a shape dictated by its container.

Do solid or liquid particles move faster? ›

- The molecules in liquids will be faster than the molecules which are present in solid.

Do liquid particles move faster than solid particles? ›

A liquid takes the shape of its container because the particles can move around more freely than they can in a solid. They are held close together, however. Therefore, a liquid has a fixed volume, like a solid. When a liquid absorbs heat energy, the particles move about more and more quickly.

What particles move the slowest? ›

The solid state of matter has the slowest moving particles. Solids have defined shapes, and the spaces between atoms are very less as atoms are closely packed. Therefore, the movement of particles in solids is very less.

Do liquid particles or gas particles move faster? ›

This is because gas particles have more kinetic energy than liquid particles, allowing them to move more freely and rapidly.

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