Mounted Print : Cogs for use in a gearing system
Mounted Prints from Science Photo Library
Cogs for use in a gearing system
Cogs. Cogs designed for use in a gearing system. These cogs, with their teeth cut parallel to the axis, are also known as spur gears. Cogs are used to transmit rotational motion from one shaft in a machine to another. The speed of rotation can be changed by connecting cogs with different numbers of teeth. If the driven cog has more teeth than the driving cog the speed will reduce and vice versa
Science Photo Library features Science and Medical images including photos and illustrations
Media ID 6468093
© COLIN CUTHBERT/SCIENCE PHOTO LIBRARY
14"x12" Mount with 12"x10" Print
Discover the intricacy of motion with our Media Storehouse Mounted Photos of Cogs from Science Photo Library. These captivating images showcase meticulously crafted cogs, designed for integration into gearing systems. With teeth parallel to the axis, these cogs, also known as spur gears, epitomize the beauty and functionality of mechanical engineering. Ideal for educational materials, engineering projects, or simply to inspire curiosity, these mounted photos offer a unique perspective into the world of mechanics and motion.
Printed on 12"x10" paper and suitable for use in a 14"x12" frame (frame not included). Prints are mounted with card both front and back. Featuring a custom cut aperture to match chosen image. Professional 234gsm Fujifilm Crystal Archive DP II paper.
Photo prints supplied in custom cut card mount ready for framing
Estimated Image Size (if not cropped) is 26.7cm x 25.4cm (10.5" x 10")
Estimated Product Size is 35.6cm x 30.5cm (14" x 12")
These are individually made so all sizes are approximate
Artwork printed orientated as per the preview above, with landscape (horizontal) orientation to match the source image.
EDITORS COMMENTS
This print from Science Photo Library showcases a collection of meticulously designed cogs, specifically created for use in a gearing system. These particular cogs, commonly referred to as spur gears due to their teeth being cut parallel to the axis, play an integral role in transmitting rotational motion between different shafts within a machine. The beauty lies not only in their intricate craftsmanship but also in their ability to manipulate the speed of rotation. By connecting cogs with varying numbers of teeth, one can effectively alter the velocity at which the system operates. If the driven cog possesses more teeth than its driving counterpart, it will result in a reduction of speed; conversely, if the driving cog has more teeth than the driven one, it will lead to an increase in speed. These remarkable mechanisms exemplify how gear technology revolutionizes various industries by enabling precise control over mechanical systems. Whether utilized in manufacturing processes or complex machinery, these cogs serve as essential components that facilitate seamless transmission and transformation of rotational energy. As we delve into this mesmerizing image captured by Science Photo Library's lens, we are reminded of humanity's constant pursuit of innovation and advancement through scientific exploration. It serves as a testament to our unwavering dedication towards unraveling nature's mysteries and harnessing them for practical applications that shape our modern world.
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