Hi, I am Sharique Tharani. I write about CNC machines, Woodwork, Metalwork & CAD CAM. I have experience integrating automation in 200+ woodworking industries in India, UAE, Kuwait, Srilanka, Nepal & Bangladesh. When I have time I like writing and reviewing Machines.
Traditional manufacturing is solely based on human labor, and it requires more time, effort, and material. 3D printing is a toolless process of transforming a digital 3D model into hand-holding 3-dimensional objects. The material used for printing is added layer by layer until the final model is made. Therefore, it is also known as additive manufacturing. 3D print of an object can be made overnight; hence before proceeding to the CNC machining of an object it is recommended to 3D print the product and judge all the aspects. The most common industrial application of 3D printing is manufacturing tools, prototypes, and functional end-use parts.
In the past few years, CAD has evolved so much that it is also accessible to small companies at an individual level. However, in the early years of invention, 3d printing was an expensive Technology. Since 2000, a remarkable increase in both the affordability and advantages of 3D printing is seen. According to research published by Thomas Alsop on Sep 22, 2020, the global 3D printing market was worth 12.1 billion U.S. dollars in 2019, and it is likely to rise to 15.4 billion U.S. dollars by the end of 2020.
Today, 3D printing is used in almost everything – for instance, product designing, tool and component manufacturing, metalworking, aerospace, etc. Rapid manufacturing is another emerging use of 3d printing where industries use it for small-batch custom manufacturing. It helps designers and manufacturers to get a rough idea of how the finished product will look before investing a lot of time and money.
Other uses include:
PROTOTYPING
Making consumer products like eyewear, footwear, furniture, and movie props.
HISTORY
To replicate ancient artifacts and historical evidence.
FORENSIC
To reconstructs evidence in forensic pathology.
MEDICAL
In the medical field for making dental products.
Advantages of 3d Printing
Less Workforce
The toolless method for making models, therefore, eliminates the cost, lead time, and labor required for the production of tools.
Easy to Work
Allows you to eliminate assembly requirements for products with intricate geometry and complex features.
Cost Management
It helps designers to manufacture numerous products depending on their requirements using the same build chamber at no additional process cost.
No Expensive Tools
No, don’t need to buy expensive tools and more draftsmen for manufacturing prototypes.
Fast and Easy
Making models using 3D printing technology is just a matter of days.
Work on Time
In addition, it offers higher precision and a shorter lead time.
Why dizz.com
To meet the ever-increasing market demand, it is always better to be a pace ahead and get an edge over your competitors. Speed up your project development and improve your strategy after hiring 3d printing services from dizz.com. We elicit your requirements and work on them to provide an enriching service experience.
- We accept downloadable CAD files for printing.
- Our team of expert designers trained in-house for creating personalized 3d models using any type of CAD software. We can create a digital 3d model of any product and 3D print it.
- Experienced designers can optimize your existing 3D models for 3D printability.
- Our team of professional operators can build and design functional prototypes of any of your products, or props.
- dizz.com offers 3D printing services equipped with the latest technologies like FDM, SLA, SLS, DMLS, etc.
- We have expertise in assisting clients who want to buy their 3D printing. We can help you to make the right choice.
Contact us for any type of comprehensive advice on your project and get the solution to all your problems in a short period. We work hard to give shape to your concepts even before they are made real.
