We make to order premium quality museum replicas using modern materials and production technologies in a way that provides authenticity on both technical and aesthetic level.
We produced a number of fully functional museum replicas of Nikola Tesla’s famous historical inventions for the Nikola Tesla Memorial Centre in Smiljan, the Croatian History Museum and the Technical Museum Nikola Tesla in Zagreb. Some exhibits made by our company are part of the travelling exhibitions that took place around Europe and were exhibited at various museums and institutions in places such as Madrid, Bratislava, Helsinki, Vienna and even in UNESCO headquarters. Also, various authentic reproductions of the World’s greatest technological inventions were produced for the Samsung Innovation Museum in Seoul, Korea.
Tesla’s AC induction motor replica
Nikola Tesla Memorial Centre, Smiljan, Croatia
Nikola Tesla’s first patent regarding AC induction motor was granted in 1888. This motor is a working replica of Tesla’s original 2-phase induction motor.
Samsung Innovation Museum, Seoul, South Korea
Nikola Tesla’s first patent regarding AC induction motor was granted in 1888. This is a replica of Nikola Tesla’s original 2-phase induction motor. He made this working model motor to illustrate the claims in his patents.
Tesla’s Egg of Columbus replica
Nikola Tesla Memorial Centre, Smiljan, Croatia
Tesla first demonstrated Egg of Columbus in 1893 at the World’s Columbian Exposition. We produced two working replicas of Tesla’s Egg of Columbus, the largest in the world both in their size and weight. They are exhibited at the Nikola Tesla Memorial Centre in Smiljan and Croatian History Museum in Zagreb.
Phänomenta, Lüdenscheid, Germany
This custom-made Tesla’s Egg of Columbus replica was made to order according to customer’s requirements, more dynamic in operation than those that are commonly made.
Classic Tesla coil replica
Nikola Tesla Memorial Centre, Smiljan, Croatia
A Tesla coil is an electrical resonant transformer circuit invented by Nikola Tesla around 1891, which is used to produce high-voltage, low-current, high-frequency alternating current electricity.
Bell’s telephone replica
Samsung Innovation Museum, Seoul, South Korea
Alexander Graham Bell made the first telephone in 1876. It was the first electrical device to ever transmit speech sounds at a distance in a first intelligible message – “Mr Watson, come here, I need you”– from Bell to his assistant. This replica is based on Bell’s original notes and later reconstructions.
Faraday’s magnetic field induction experiment apparatus replica
Samsung Innovation Museum, Seoul, South Korea
Michael Faraday conducted experiments using an iron ring to which he wound up two separate coils of copper wire. Faraday in this experiment used a sizeable electrical battery to energise one coil, and he connected a galvanometer to the other coil. In 1831 he detected a brief movement of the galvanometer at the moment he connected and disconnected the battery, proving that electrical energy can be transmitted across space by use of mutual magnetic induction. He also demonstrated that the voltage levels could be transformed.
Volta’s battery replica
Samsung Innovation Museum, Seoul, South Korea
Alessandro Volta invented this earliest form of battery in 1799. It consists of alternating layers of zinc and copper disks separated by a thick sheet of paper. When the pile is immersed into appropriate electrolyte like sulphuric acid, it generates electrical potential and consequent electrical current. It is a replica of the voltaic pile that Alessandro Volta presented to Michael Faraday in 1814 during his visit to Milan, Italy.
Davy’s arc lamp replica
Samsung Innovation Museum, Seoul, South Korea
Sir Humphry Davy was a chemist who invented the very first electrical lighting lamp in 1809. He used carbon rods between which a powerful electrical current produces an electrical arc emitting a bright white light that is sufficient enough for practical uses. We have made a replica of the arc lamp that was put into service in the South Foreland Lighthouse off the Kent coast in 1858, and designed by a British engineer Frederic Hale Holmes.
Swan’s lamp replica
Samsung Innovation Museum, Seoul, South Korea
Sir Joseph Wilson Swan was a British physicist and chemist who demonstrated a working light bulb during a lecture in Newcastle in 1878. Swan’s lamp consisted of an enclosed glass bulb from which air was evacuated, platinum leads and thick carbon rod as a light emitting element. This replica is designed to be made entirely functional with the addition of an appropriate power supply.
