MarkForged Mark Two: Here Are the Top Advantages Of 3D Printing
Additive manufacturing or 3D printing has strongly established its position in the field of industrial production. This transformative approach is widely used in various industries to create stronger and lighter systems and parts. Among the top brands is MarkForged Mark Two, a 3D printer designed for serious manufacturing and engineering purposes.
The MarkForged Mark Two is popular for its workhorse reliability and ability to go from CAD to end-use strong and versatile parts in just a few minutes.
If you are wondering why using such 3D printers is useful and what benefits can you get from it, check out the next paragraphs.
Advance time-to-market turnaround
Customers look for products that match their lifestyle. Runners want lighter running shoes, and this means using lighter materials. Gamers want seamless, lifelike experiences, and this means systems with faster and more intelligent processors. Drivers want vehicles that make commuting easier, even going as far as wanting cars that drive themselves. All consumers want products that work well, and they want them now, and it's up to manufacturers to meet these demands.
With a metal 3D printer, you can deliver to your increasing customer demand for new products by cutting down design-to-production times. This technology would help designers develop ideas using CAD software. They then send these designs to be 3D printed to build functional prototypes. Afterwards, engineers and designers can use these printed models to evaluate the design and test features, depending on their desired purpose. This process takes just days to complete, compared to traditional processes which could take weeks.
Make lighter but durable parts
Airline businesses are always searching for ways to reduce weight on their aeroplanes. Every ounce saved means more weight is available for passengers or cargo. But it's crucial to maintain the strength and integrity of the aircraft. Designers often use complex matrix designs to achieve this. These parts are difficult to produce with traditional machining techniques. Metal 3D printer is a perfect solution for building these complex parts.
Affordability
While setting up a 3D printing facility is quite expensive, it’s relatively cheaper compared to the conventional way of manufacturing and labour costs. Adding to it is the fact that the cost of producing or manufacturing products using 3D printing technology is equal for small-scale and mass manufacturing.
Storage
Traditional manufacturing produces additional products that you probably know you will eventually need; thus, storage problems may arise. At the same time, excess products can be easily eliminated, and no storage cost is required, but with a 3D printing technology, your products can be "printed" only when you want them to.
Employment opportunities
The growing popularity of 3D printer machines has opened a lot of doors for those engineers who are needed to design and build these printers. Technicians who are skilled at troubleshooting and maintenance, designers to design blueprints for products, and a lot more jobs will be created.
Faster production
A 3D printer is quicker than conventional manufacturing, including injection moulds and subtractive production. Think the speed of a sports car versus the speed of a horse cart. Both will reach their destination, but the time difference is significantly huge. 3D printing examines designs and ideas fast, from the prototype to the final output.
Faster design and prototype production means more time to iterate the prototype and find product-market fit before competitors. 3D printing production takes just a few hours. Conversely, testing ideas and designs with conventional manufacturing methods can take up days, if not several weeks.
Better quality
Most often, traditional manufacturing methods usually result in poor designs. So, it is normal to have a poor-quality prototype. Imagine a scenario where someone wants to bake a cake by combining all the ingredients, mixing them up, and putting them in the oven to cook. If the elements did not mix well, the cake would have several issues, such as air bubbles, uncooked parts, or poor taste. That is how subtractive or injection moulds can sometimes be. You are not assured of quality 100% of the time. On the other hand, 3D printing allows the step-by-step assembly of the object, which guarantees enhanced designs and eventually better quality objects.
When it comes developing product prototypes or creating customised parts, it is smart to take into account the processes and tools you're going to use. And by using additive manufacturing and 3D printers like MarkForged Mark Two, you can turn that concept into reality way faster and easier than you can imagine.
Indeed, such methods and machines play a huge role in the development of various components in today's technological world, from simple items to complex structures. And with MarkForged Mark Two, anyone can get the reliability, simplicity and precision they require for their manufacturing projects, however hard or complicated they can be.