According to McGraw-Hill Construction’s 2012 SmartMarket Report, more than 36 percent of contractors, architects and engineers are using Building Information Modeling (BIM) in Western Europe. In comparison, North America shows a higher rate of BIM adoption, with around 49 percent of construction professionals already having adopted this technology as of 2009. On the whole, the use of BIM technology in the AEC industry is on the upsurge.
Wide-Format Plotter, 3D Printer, and Scanner Blog
Bim Technology - Guest Blog Article
Eureka Tower in Melbourne Australia, the ninth tallest residential tower in the world standing 297 metre tall, is the live and breathtakingly remarkable example of BIM technology. Eureka Tower was one of the very few residential construction projects, which fully embraced the BIM approach. BIM technology acts as a design and visualization tool to aid architects, designers, contractors, engineers, and owners achieve better co-ordination and decision making. These benefits are not restricted to just commercial construction projects with complex geometry. Even residential projects can benefit from improved design, construction, documentation, marketing and maintenance processes of BIM technology. Also, a huge chunk of the residential sector is served by regional or local builders and contractors functioning as integrated design and build companies. Since these builders are the ones who absorb all the costs associated with a construction project, they are in a better position to lead the adoption of innovative technologies, such as BIM, which greatly enhances productivity and efficiency while fostering collaboration. However, builders cannot be expected to single-handedly tread on this path unless they are conscious of the latent value of BIM and what it can do for their business.
The other day I was chatting with a customer about some of the new Canon iPF printers. During this conversation, she asked me what I thought were the top 5 models. Naturally, I couldn’t just spit out an answer because it is not that simple. But, it did get me thinking.
No matter what wide-format system I'm discussing with a client, I always get asked, "How much does it cost to run it?" First of all, the answer to that question is not always cut and dry. There are many variables to consider such as the types of files printed and the expected print volume.
Canon's Large Format Printer Division is pleased to announce the reintroduction of imagePROGRAF iPF605, an affordable desktop solution designed to support the printing needs of technical document users working with CAD, GIS, and AEC applications as well as users in general office environments. Aimed to be an affordable solution for personal and small workgroup users producing large format technical drawings, the streamlined iPF605 is offered as a desktop model, without a cassette tray for a minimized footprint. Now with the option to pair the printer with a large format stand, the iPF605 represents a versatile large format printing solution.
Here's a great blog article that I ran across lately from the Oce website. It really hits home with some of the conversations that I have been having lately with my clients regarding the power of the Oce Colorwave 300.
I recently discovered this tweet:From
Recently, I conducted an analytical study for a customer who is considering upgrading their wide-format equipment to an Océ Plotwave 300. Let's dig in and take a look at the analysis. We'll start by taking a look at their current rig.