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This new way of making gears involves a program on the computer called CAD, which means Computer-Aided Design. After all, this special program allows designers to create incredibly realistic models of gears that resemble the real-world. With the use of 3D technology, designers are now able to design custom gear designs tailored to their customers' specific needs. It means that instead of relying on the same standard gears for everybody, designers could create customized gears that suit exactly what is needed.
Traditionally gears were manufactured in standard form which didn’t suit everyone’s specific requirements. Developments in 3D model printing technology have enabled engineers to produce machines that operate smoothly and meet specific needs. This flexibility is important, as different machines and devices require different forms of gears to work properly.
Using 3D print design technology, the industry is starting to feel its impact in many ways. For example, auto and airplane manufacturers are leveraging this technology to enable them to produce parts that are customized and in a much quicker and cheaper manner. That helps them develop new products in shorter times, which admittedly results in faster overall production. This way, businesses will save time and money, while they still continue with top quality goods.
For the past few years, 3D printing has emerged as an extremely common method for fabricating gears. Using 3D printing, a designer is able to make a model of the gear with a computer, and then in a few hours print it out of the machine — and have a physical gear. This kind of technology is exciting because it enables the manufacture of gears, well, fast and cheap.
Custom Gears One of the key advantages of 3D gear design technology is the ability to make gears tailored for specific use. Usually, traditional gear has some preset shapes and sizes that may lead to adaptation issues when confronted with special cases. That means that sometimes gears just aren’t as efficient as they could be because they are made for something else.
Engineers can design gears to meet special requirements and performance needs using 3D gear design technology. This not only makes it possible for machines to work better, but can also reduce costs, as fewer pieces are required to build a machine or device. Reducing the number of parts requires less waste and cost, and therefore allows for more efficient operations as a whole.
Last but not least the 3D equipment design technology completely adheres to the approach and precision maximised in the gear designing. Engineers can create intricate models with the use of CAD software that can represent every minute detail a gear possesses. This kind of detail is critical and results in much faster and more reliable generation of gears.
We have ISO9001 certificate, ISO14001, ISO45001 3D gear design ISO13485, aviation AS9100, Automobile IATF16949, we can produce mechanical parts, automobile parts, electronic parts, aerospace parts, medical device parts, communication equipment parts, new energy parts, construction and household products parts.
We have a range of production machines, including 3-axis and 4-axis that can go up to 6-axis. We offer a variety of processing capabilities that include turning, milling, grinding, 3D gear design and EDM and 3D Printing. We can work with a range of materials like copper, brass, aluminum and stainless steel, composites, plastics and crafting components that meet to any industrial requirement.
Our team of experienced engineers is always available, ready to respond 3D gear design to your inquiries. They have the expertise and knowledge to address all your concerns. Custom high precision partsTolerance: +/-0.01 mm, Special space: +/-0.005 mm.
We offer OEM and ODM services Minimum quantity of orders is 3D gear design We can provide quotations within 3 hours Production of samples takes 1 to three working days Bulk delivery takes between 7 and 14 days Our production capacity per month exceeds 300 000 pieces
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