Ultrasonic Technology makes 3D printing even faster
3D Printing also called Rapid Prototyping or Additive Manufacturing can be a process taking a three-dimensional CAD design and building that component by depositing layers of material onto itself prior to the designed technique is recreated in physical form. The layered material might be plastics, for instance, ABS, nylon, etc. or metal with regards to the kind of printer.
3D printing product cleaning, ultrasonic cleaner can easily clean the filling in the gap of 3D printing products. Because 3D printers have unimaginable printing capabilities, many products that are quite complex in the actual production process can be molded at one time. For example: I have a 3D file of a bicycle, and I want to print it out in a 1:50 ratio with a 3D printer. Several different plastic materials are used in the design. The 3D file content has already set the gap between the various active parts to ensure that the wheels can be rotated like a real bicycle. This is the magic of the 3D printer.
When printing, these gaps, the printer will automatically fill it with a powder object, in order to ensure that the zoom version of the bicycle can move freely after printing. After printing and printing each material in place, do you think that the task of the powder filler has been completed, so you have to find a way to pry it out from the tiny gap without damaging the model; this ultrasonic cleaner can do just To.
The ultrasonic cleaning machine has this magical function. The small bicycle model is placed in an ultrasonic cleaning tank containing water. The ultrasonic cleaner has a physical property that is not available in other machines. The energy of the ultrasonic cleaning machine can be said to be 95%. It is spread by liquid, so as long as the liquid can enter, the ultrasonic energy can enter. Simply put the product from the 3D printer into the liquid and turn on the ultrasonic generator. At this time, the filler in the active part of the 3D printing product will be shaken out by the ultrasonic wave. Thereby, the effect of removing the filler in the gap of the movable part of the three-dimensional printing mold by using the ultrasonic cleaning machine is achieved.
Ultrasonic cleaner has stable performance. After long-term feedback from customers, ultrasonic energy can effectively remove the surface of the model and the gap filler without damaging the 3D printing model. It is an inevitable choice to use an ultrasonic cleaner to clean the three-dimensional print gap filler.
The future of prototype manufacturing can get here even faster and easier.
- Gently removes support structure materials from ABS, Polycarbonate, Nylon 12 and PCABS, among others
- Thorough cleaning with even very intricate parts
- Less expensive than recirculating tank style washers
- Easy to use
- No setup or training
- No hand cleaning
- Reduced labor costs