Most people will guess that the goods we purchase at some point have travelled along a conveyor on their journey to our doorstep, as with most technology like electricity or gas we easily just take it for granted. 


Conveyor belts can be seen everywhere now, at checkout aisles, airport security checkpoints and baggage claims, treadmills at the gym and industrial facilities. But just how did this piece of technology come about?


The exact date of the very first conveyor/pulley system is hard to define. In the same way, its definition is just as inconclusive. However,  most of us today know on a basic level that it is simply a belt that transports items from one place to another mostly on assembly lines.

First conveyor 1795



Stepping back in time to 1795 when conveyor belts became a popular means for conveying materials. Early designs show it was a simple system of belts made of either leather, cloth or rubber travelling over a wooden bed operated by a hand crank. Used for the most part by farmers to load grain onto ships.



By 1804 Industrialisation was in full swing and it was not long before industries and companies recognised the benefits and efficiencies of the conveyor belt. Only a few years later the first steam-powered conveyor was born and put into operation, most notably by the Navy.

Thomas Robins Jr



Inventor and manufacturer, Thomas Robins is widely credited for designing the heavy-duty conveyor belt that we recognise today. His designs were built to transport coal and ore for Thomas Edison’s Ore-Milling Company and won the grand prize at the Paris Exposition World Fair in 1900 and first prizes at the Pan-American Exposition and Saint Louis Exposition.

Based on his invention he started the Robins Conveying Belt Company and the Robins New Conveyor Company (now ThyssenKrupp Robins). 

Conveyor belts Before Ford assembly line
1901 - 1st Steel Belt



The Next big milestone in the history of conveyors was thanks to a Swedish company called Sandvik, which is still trading today. The company was founded in 1862 and went on to design and manufacture the first steel conveyors. This enabled the transportation of heavier and more robust materials like gravel and charcoal across even longer distances. Stainless steel belts were then introduced shortly after that would enable a more hygienic way of transporting food items.



In 1905, an Irish mining engineer and inventor Richard Sutcliffe invented the world’s first underground conveyor systems. This was yet another revolution, this time for the mining industry.

Richard Sutcliffe
Sutcliffe conveyor

Sutcliffe recognised the need to reduce the amount of labour it takes to transport coal, an idea also recognised by Ford later with his automotive production lines.



The mega milestone in 1913 was thanks to a well-known American industrialist named Henry Ford. He saw the potential of the conveyor belt. He decided to revolutionise the assembly line and now, this system has become a major part of the industrial age. Ford took the concept of the assembly line combined with the conveyor and created his first belt conveyor-based assembly line in his car factory in Ford’s Highland Park. The efficiency of this system was a revolution by any means and no doubt became the catalyst for automotive production and mass manufacturing. So, thanks to Henry Ford, they have become increasingly commonplace.

1924 Ford Highland Park 10 millionth model
Ford assembly line

Henry Ford famously remarked that the use of the moving assembly line allowed for the work to be taken to workers rather than the worker moving to and around the vehicle.



During the Second World War came the introduction of synthetic fabric conveyors. At this time there were restrictions on natural materials being used such as cotton, rubber, and canvas so alternatives were needed.

WW2 Conveyor
1940s conveyor

Now synthetic conveyors have become extremely popular and used in many ways, across a variety of industries including agriculture, mining, manufacturing, recycling, pharmaceutical, and food processing. Today, cotton, canvas, EPDM, leather, neoprene, nylon, polyester, polyurethane, urethane, PVC, rubber, silicone, and steel are materials commonly used in this system.


The 1950s – Present Day


This period has seen the further development of synthetic belts with them becoming lightweight and flexible. This advancement in technology meant that smaller pulleys were needed which in turn meant the conveyors could increase their speed.

Morbius Strip
Goodrich Mobius Belt

In 1957 B. F. Goodrich Company patented the half-twist Mobius Conveyor Belt. It was introduced to allow even wear of the belt itself, preventing excessive wear of one area of the belt and extending its lifetime. By 1970 Intralox developed the first plastic, modular conveyor and now in the 2020s, companies are looking to green energy and solar/wind-powered belts in the next development stage.

FUN FACT – Bou Craa is a large Moroccan-controlled mine in Western Sahara it holds the longest conveyor belt in the world and is still in use today. It is 60 miles long, can be seen from space and can shuttle over 2,000 metric tons of rock per hour.

Bou Craa 60 mile conveyor belt

Thank you for reading our blog “History of Conveyors”. At L-A-C Logistics Automation, we are leaders in designing, manufacturing, and installing bespoke conveyor systems and warehouse logistics automation. Do not hesitate to get in contact with us or call on 0115 975 3300 today!


L-A-C’s team of experts are here to support you from concept to the finished system, working together to design and deliver a bespoke solution that meets your current objectives and future growth expectations, with favourable ROI. 


Across semi-automated and fully automated systems, L-A-C has the expertise and range of products to provide flexible and scalable solutions that will significantly enhance your operations and keep you agile as your business evolves. 


Join us on a pivotal journey towards a more efficient, productive, cost effective and sustainable future with L-A-C’s innovative automation technology solutions.

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