Biesseworks Editor Manual Load

Biesseworks Editor Manual Load 4,0/5 9298 votes

Hi there, everyone. I am a Biesse Rover A Ft processing centre operator (just an operator), and I have a question regarding the Biesse Editor. My technical english is very limited, don't really know the english terms for cnc/nesting activity, so I will try to describe my problem in detail.

During work, I am getting preset orders form technicians, wich I load in Biesse editor, set the Panel parameters and execute the Nesting, wich give me the resulting panels to be executed (Result). Here comes the problem.

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The nesting algorithm (or whatever that is) is organizing the pieces in a very unconvenient manner. For example, if I have like 10-20 very thin slats -among many other pieces - (2000x50 slats for example), in the resulting panel I will have them grouped together for execution, wich results that there will be too many cuts/mills in a very small area, so the router will eventually push them away due to loosing vaccum in that area. Result is spoiled piece, scrap, lots of them, practically I am loosing all pieces but the first. So I am trying to find a way to manually override the piece arrangement on the resulting panel after nesting has been generated (like puting one thin, then one bigger piece, then a thing again, for keeping the vacuum). My technicians and engineers have no clue about how to solve this issue. Question: is this possible to manually modify the resulting panel arrangement?

Biesseworks Editor Manual Load

If yes, then please give a very detailed description on how to do that (I am very new to this whole process, this is a new job I just fresh). Thanks for any input in advance, any advice will be greatly appreciated. Similar Threads: • • • • • Need Help! Hi, just got back from work. Today I tried finding those settings you mentioned, all in vain, there are none or I'm just too blind to find them. Urvashi

Biesse Editor really lack in choices and possibility to personalize settings, there are a few tickboxes and that's it. Truth is I have very limited time to fiddle around with settings, since production has to flow (today I made 160 square meters of shelfs and doors, that machinery keeps me very busy). Miz, thank for your willingness to help, I tried PM-ing you, but it seems you are not accepting PM-s. ' miz has chosen not to receive private messages or may not be allowed to receive private messages. Therefore you may not send your message to him/her.'

To answer your question: I am located in eastern europe (but I used to live in the UK before for a couple of years). Let us take it in order. The version your requested is Biesse Works editor 3.4.22.2192. They make the pre-optimization in the office, using the same software, (basicly that is just for the purpose for them to see how many panels and sq.meters we'll have), I get a.txt wich I import and generate the nesting on the machine again. So we can say that I am doing the optimization on the machine, yes. But as I said, both are using the same software (the office tehnician is using some other software from wich he gets out the orders and groups them, some sort of SAP and order/invoice software, but that has nothing to do with out problem).

Programs are created in the office. I upload some photos I made today for you to see how few my options are at nesting settings.

BiesseWorks is the system for programming Biesse machines that combines elevated performance with great ease of use. It is the ideal solution for those who are approaching numerical controlled machinery for the first time as well as for those who already have programming experience. Infact, it is organized on several levels so as to present an extremely simple interface to those who are less expert while, at the same time, allowing the expert user to access sophisticated functions. • Assisted graphic editor used to program machining operations • Parametric programming and guided creation of macros • Import of CAD and other external software files in DXF and CID3 format • 3D simulation of the tool path • Indicative calculation of machining time • Ability to create rotated or circular virtual faces.