Linxup delivers powerful but easy to use GPS solutions through a software-as-a-service (SaaS) platform. Linxup is a leading provider of vehicle and asset tracking solutions for fleets and service companies in a variety of industries. Data Security: certified organization-wide for ISO 27001 information security standard Buy-Side Virtual Data Room: managing information requests/disclosure between buyer and seller in due diligence making docs available to stakeholders in post-merger integration Process Management: templatizing, standardizing, and tracking tasks throughout deal sourcing Pipeline Management: database of deals, pipeline visualization, tracking contacts, documents, and communications The Midaxo+ software solution enables frequent acquirers to standardize their approach, visualize deal progress, and create value faster. Spoke().rotateZ(-27.5-45).Midaxo helps corporate development teams manage the entire M&A process from deal sourcing to evaluation and post-merger integration. description: A stackable spiral chute for ball bearings. You can simply cut the text and paste it into OpenJSCAD if you want to try it. If you don’t like it, I’ll give you your money back. A ball bearing runs around them very nicely: Here’s an assembly of a few of them, printed out and stacked together. Hurrah! Here’s a screenshot of a little something I knocked up in it: It uses a language quite similar to OpenSCAD (indeed, it can import OpenSCAD files), but more powerful and a bit like C. OpenJSCAD is an entirely browser-based (yes, you read that right) editor and renderer for 3D models. Now there is an alternative, and that makes me happy. This is a bit of a pain, and it limits what you can do. You can assign a value to a variable and use it later, but that value cannot change. Building a model in OpenSCAD is like writing a program: it supports functions and loops, but it doesn’t support variables. But it’s always had one major flaw (and a few little ones, but that’s another story). OpenSCAD allows you to define shapes precisely using numbers, and combine them exactly (wrong word, I know) to create useful things. Up till now, I’ve been using OpenSCAD, and it’s been pretty good. I want to create precise, preferably parametric, models of components which I can then print out and fit together with other components to make machines. I’m a programmer, and have a mechanical engineering background. Or if you have really deep pockets, you can buy a proper CAD system. You can use infuriatingly limited free versions of commercial tools like Sketchup. You can persuade powerful and confusing tools for animation and modelling like Blender to create models. You can scan a real item, if you have a 3D scanner, and then use really awkward tools to manipulate the mesh. Creating your own 3D models is harder, and it seems to me that this is now the bottleneck (at least, if you don’t want to spend a lot of money). You can buy a 3D printer off the shelf for a few hundred of your Earth pounds, download patterns from thingiverse and be printing solid stuff straight away.
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