Dyson Reasearch
Dyson is known for its innovative technology in home appliances. My research highlighted their engineering approach, focusing on products like vacuum cleaners and air purifiers. I also examined their commitment to sustainability and its impact on product development.
Designers Research
about the dyson philosofy
Moodboard
Dyson is known for its innovative technology in home appliances. My research highlighted their engineering approach, focusing on products like vacuum cleaners and air purifiers. I also examined their commitment to sustainability and its impact on product development.
Dyson Research
Manprit SIngh Nichal
Colours
•Dyson Has always chosen bold colors in their products even in their earliest products, to grab attention and attract people to their product
•I believe one reason they have done this is as when the vacuum cleaner market was fairly new not a lot of colors were used in the vacuum cleaner market soDyson using bold colors makes them stand out from the market a bit more than the others and they have kept this theme even today
•The colors they have used are not a standard to Dysonand those colors are seen as Dyson's colors making it a pillar of Dysons design
•These colors have also been passed down to all Dyson products ands not just their vacuums
Materials
Dyson uses a range of materials in its products including metal, Polycarbonate, Plastic and more.
Dyson realized that the vacuum had to survive in rough environments which meant the vacuum would need to be durable so for the main body of the vacuum they decided to use polycarbonate which is the samematerial used for Riot Shields making them extremely durable.
Dysons use of metal in its product is not only practical but also a part of the experience, from touching the cold metal surface on your Dyson Air wrap, to appreciating the shine of it.
The use of metal in Dysons products give it the durability as well as the label of a premium and high-quality product.
Products
When first started Dyson was a vacuum cleaner company that changed the industry with its powerful suction and cyclone system, but since then they have tapped into other industries as well such as the headphones industry and lighting industry
All there products although may seem completely random to Dyson as a vacuum cleaner company but all of the products some how relate to the Industry Leading Vacuum Cleaner
All their products are of premium quality and accomposite the same color pallet as the original vacuum cleaner making them a part of the dysonFamily
Vacuum Cleaners
Dyson Revolutionized the vacuum cleaner with their high suction power and cyclone system.
The vacuum cleaner consisted of 4 main partswhich all worked together to make the vacuum cleaner efficient clean and powerful.
Each component of this vacuum cleaner has overcome the problems of the original vacuum cleaner that were looked over and considered the norm
Suction
In the original vacuum cleaner would actually blow air instead of sucking it, but then the impeller was created which was like a propeller but sucked air instead of blowing this is what gave birth to the core or the vacuum.
The first functional vacuum was a vacuum that could be rented as it was a large contraption that ran on an engine and would be very expensive to rent.
Dust Collection
Dust collection was a very crucial part of the vacuum before this a simple bag would collect the dust and rely on the tiny whole in the bag to allow the air to flow through but what James Dyson realized was that the pores in the bag would get clogged up and that the vacuum would lose suction, so he then invented the Cyclone System which revolutionized the vacuum.
the cyclone system was a design which forced the dust particles to move in a circular motion down a funnel guiding the dust and the air down the whole while maintaining power in suction as the air was free to flow and didn’t have any obstructions
Filter
The filter was also a crucial part of the vacuum as this is what made the vacuum clean and hygienic it removed over 90% of bacteria and dust particles. The filter was made from a fiber glass that trapped microscopic particles.
Casing
It is very important that the casing is durable and lightweight as its used all the time Dyson decided to use polycarbonate for the casing which is the same material used in Riot Shields! This made the vacuum cleaner super durable making it able to width stand drops without any problem
Other Products
Dyson has also set foot in other products over the years they have decided to see where their knowledge from the vacuum can be used in other products.
Although the products are not closely related to the vacuum Dyson still made them a ”Dyson” product
They achieved this by sticking to the same vibrant colors scheme as well as the same choice of materials giving the the products a premium and high quality feel thus making them part of the dyson family
Production
Dyson mass produces their products like most industries, they have robots that make most of the products with over 14,000 employees worldwide
The production of the products is quick and efficient with the robots making the motors at high speeds with macron accuracy making the motors accurate and making sure they are up to standard.
Dyson owns factories around the globe in more than 80 countries making Dyson provide its consumers with its products around the world more efficiently and with a wider reach.
I think that Dyson has a very effective approach to its production as I think they have each step in production planned out and ready for the next from the gathering of materials to the shipping of products.
Testing
•Dyson alongside the production of its products it also has a rigorous testing process which includes drop tests and other test that would push the limits of the product making it a trustworthy and worthwhile investment
•Another way Dyson tests its product is by testing them in the environment they will be in, in the long run making them reliable and tested.
•These environments are rooms specially made for the products to be tested in, they are essentially homes which can be used to test how the product will function in its environment compared to the factory.
