by • March 3, 2016 • No Comments
One thing that most 3D printing device manufacturers like to brag of is printing device speed; the speed of a printing device in fact varies a lot additional than manufacturers tend to describe. More than one company has claimed to contribute the “most rapidly printing device in its class,” but those claims may just be true when it comes to sure printing applications. A printing device may be able-bodied to print a sizeable part at record speed, but that same printing device can in addition be slower than most when printing especially tiny parts. Stratasys reseller CADD Edge found this during a new speed test they performed on several of their printing devices.
The study, that CADD Edge has documented in a white paper entitled “3D Printer SPEED Comparison,” pitted several Stratasys printing devices, both high end and entry level, against equite other for the purpose of creating a manual for customers wanting to get a realistic thought of the printing device speeds they can assume when purchasing a particular version. The paper, that can be downloaded here, donates a detailed appear at how print speeds compare on various applications. For example, that is the most rapidly printing device for printing a single part, as opposed to the most rapidly for printing, say, twenty parts?
“Our speed comparison methodology was created to donate a rocky thought of printing device speed comparisons—not a comprehensive study—and so we deliberately chose a single part that may be printed on all the Stratasys printing devices via a standard material for equite innovation (FDM and PolyJet),” says Juan Carlos Gandiaga, application engineer for CADD Edge. “We did test printing for a single part create and and so printing 5, 10 and 20 parts at once…the span of speed varies excellently across the line of printing devices we sell, but there’s a lot additional to this story than the ‘most rapidly’ printing device.”
For example, Gandiaga continues, one of their top-performing printing devices blew all of the other printing devices out of the water with speeds five to twenty times the speeds of entry level printing devices; yet, that same printing device was exceptionally slow when printing a quite tiny part. This may be frustrating to consumers who want their printing devices to be swift no matter what they’re printing, but that is a excellent reason for publishing a paper of this sort. Buying a 3D printing device is a massive investment, with a dizzying array of facts to consider preceding purchasing, and so it’s assistful to have a manual that breaks showcases down into the most performers for specific applications.
Stratasys printing devices tested in the study included:
MojouPrint SE PlusDimensionFortus 250mcFortus 380/450/900mc (results for these three printing devices were identical)
Objet30 PrimeObjet Eden260VSObjet260 Connex3Objet350 Connex3Objet500 Connex3Objet1000 Plus
In general, FDM printing devices were twice as swift as PolyJet printing devices when printing a single part. PolyJets, yet, became much swifter when asked to print multiple parts at one time. No single printing device stood out above all others as being the overall most rapidly or most. It is an informative study, and one that should be tremendously assistful for those thinking purchasing a 3D printing device. Usually, when buying a 3D printing device, the customer has a few general thought of what types of things they’ll be via it for, so a study like this one should assist interested buyers to narrow their choices down to the printing device that meets their specific needs. Even if you are not in the market for a new printing device right now, it’s yet worth bringing a appear at; the download is free and contains a lot of information that is quite assistful in terms of advantageous belief printing device speed and the most facts that go into it.
by admin • March 5, 2017
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by admin • November 28, 2016