Category: Rapid Prototyping

Rapid Prototyping Human Interface design | Need For Usable Interface in Rapid Prototyping

Need For Usable Interface in Rapid Prototyping Human Interface Design

Typical computer user was an engineer or programmer – someone quite comfortable with latest technologies. To non computer users, mastering technologies was like conquering Mongolian Genghis khan – only the hardy returned. User friendly was not yet a term used to describe computer software. There were so many other disturbing factors to be concerned with (e.g. system crashes, intermittent bugs, poor performance) that usability was, at most, a subordinate concern.

Adroit technologies and marketers envisioned the role a user friendly interface could play in gaining market advantage and used it effectively to sell their products.

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The rise of Apple Computer as a blue-chip computer maker had much to do with Apple’s commitment to providing an operating system end user interface that was, and still is, graphically appealing, functionally consistent, and metaphorically intuitive. User friendly user interfaces continue to sell machines, and even mainframe manufacturers recognize this.

User friendly graphical interfaces, a boon to users, have often been the bane of programmers. It is hard to design and code a graphical interface and harder still to design one that successfully meets the needs of the end users. This is not to say there are not design guidelines. There are plenty of them. But most of them are long on rules for picking colours, word capitalization rules, and other trivial matters and short on practical guidelines for effectively designing user interfaces that end users will find usable.

Why we need Rapid Prototyping software?

There is a desperate need for techniques that will allow software to be designed more appropriately and written more quickly. Each release of a product is expected to have more function to match competitors, and customers expect easy-to-use programs with graphical interfaces, on-line help systems, wizards, and other features. Many commercial applications have over a million lines of code. The search is on for techniques that will improve the efficiency of the software development process.

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With many companies striving to bring out higher quality software on shorter schedules, rapid prototyping makes these goals possible. Rapid Prototyping can help ensure that a program meets the customers needs and that developers thoroughly understand requirements before the first line of code is written. It can forestall numerous changes to a program during development.

Quality Recycled PET Filament | Clean Recycle Failed 3D Prints | Recycle PLA advantages

Recycled Failed PLA and PET 3D Prints into PLA & PET Filament

The excess or recycle PLA – filament or failed 3D printed plastic may be turned into useful Recycle PLA filament or Recycled PET filament using a recycling spooler device. The machine grinds and melts the polymer. Hence it is extruded and coiled over a spool. Most devices are either grinding or melting, which ensures you can need two machines.



Transform the 3D print waste into filament or a polymer would break down the failed 3D prints into smaller parts. Here the filaments melt them away, and drive the liquid plastic into the gap. The heated plastic is then cooled off and coiled it onto the reel.

Some tricks for using a 3D printer filament recycling facility made of recycled plastic:

  • Do not blend various forms of filaments. It may contribute to undesired printing outcomes.
  • Ensure whether the filament or a polymer is clean and isolated. For e.g. If you use material that has the same chemical formula, it is extremely probable that you will receive better performance.

Recycled PET Filament 3D Printing

Unsurprisingly, the volume of plastic contamination in the world is worrying, regardless despite its usefulness and flexibility. Plastics have invaded our economy and it make up for at least 10% of our solid wastes. Plastics are the extreme engineered marvel which is a robust and endure severe environmental conditions. Consequently, the volume of plastic waste is only projected to rise in the future. At current, 91 percent of plastic is not being processed. The harmful effect of plastics in our environment is well understood and is being utilized by researchers as a commodity market and investment. Considerable efforts are being made to recycle and reuse plastic waste.

The University of New South Wales’ team is focused on transforming plastic waste into functional polymers, like 3D printing polymers. The agency “Reflow” extracts polyethylene terephthalate (on the environment PET) waste bottles and transforms them into filaments appropriate for 3D FDM printers.

The retailer in Belgium, “Yuma”, uses recyclable materials for the 3D printing of sunglasses. Research Centre of the U.S. Army and the U.S. Marine Corps were working together to recycle plastic waste by printing recycled plastic items that are useful to soldiers.

This method lowers transport costs and enables the manufacture of components on demand. This big initiative is anticipated to have a significant effect on both the atmosphere and the societies by turning 3D filament printing into revenue for waste collectors and eliminating pollution from water supplies.



Recycle PLA (Polylactic acid) 3D Prints

However, analysts suggest PLA seems far from becoming a long term solution in the environment to cope with plastic pollution. Secondly, it goes very slowly over time, but it does biodegradable. Analysts say that a PLA container will be kept in a waste dump for 100 to 1,000 years.

PLA are not biodegradable, because they are just as sluggish to break down as traditional plastics under normal circumstances. However, seeing as PLA is an acid, the acidity of its surroundings should increase as it composes.