You have requested a page or object that was not found on theThis may be the result of a typo or broken link. Please contact the site administrator for assistance. If you are the site administrator:Kolbe recently added Ultra Series Folding Doors to its growing collection of more than 2,000 window and door Google™ SketchUp models. Kolbe's Folding Doors can accommodate up to eight panels on each side, which fold back against each other to create expansive openings that span up to 45 feet. The doors are offered in numerous panel configurations, a broad palette of finishes and interior wood species, and other accessories to coordinate with nearly any décor. "The Folding Door SketchUp model helps design professionals explore the possibilities of bringing the surrounding environment into the home. These doors make an ordinary room into an extraordinary space capturing the views, natural light, fresh air and outdoor experience," says Laura Smith, Kolbe's architectural CAD coordinator.

Assisting with the design exploration, the SketchUp model's Component Options dialog box allows users to automatically reconfigure the dynamic Folding Door component, without needing to manually resize each door. "They can customize the doors' width, height, and the number of panels, as well as the exterior and interior materials, including more than 30 exterior color options," explains Smith.sliding door shades lowes The new models for Ultra Series Folding Doors are located in:outdoor patio rugs crate and barrel * Google 3-D Warehousescreen door latch protector In addition to BIM tools, visitors to Kolbe's online Architect Library can access Revit® 3-D models and 2-D drawings; genie garage door opener only goes up

warranties, installation and maintenance information; and online videos to demonstrate Ultra Folding Doors' product operation and performance testing. Kolbe's website also contains air, water, structural and thermal reports, as well as a database for thousands of Kolbe's ENERGY STAR® qualified products. Further supporting energy and environmental goals, Kolbe's Ultra Series products have exteriors clad in low-maintenance extruded aluminum containing recycled content. front door with sidelights priceThe outer metal surfaces may be finished in durable coatings using a broad palette of colors.yale front door key lock For the doors' interior, a range of sustainably harvested wood species can be selected, such as those certified by the Forest Stewardship Council™ (FSC® license code FSC-C019541). garage door repair cc tx

Kolbe products' environmental attributes also support projects pursuing green goals including U.S. Green Building Council's LEED® Rating System™, Green Globes™ and ENERGY STAR.SketchUp Exterior Door BIM Objects Below you will find SketchUp Exterior Door manufacturer specific products and BIM content. You can also search our full product library using the search box above. 2-Panel Door with Glass (PL200) 1-Panel Primed Outswing Patio Door 2-Panel Custom Wood Swinging French Door 2-Panel French Sector Top Patio Door Clad Sliding Patio Door 1-Panel Clad In-Swing Patio Door 2-Panel Clad In-Swing French Door Gypsum Boards and Drywall Dens® Fiberglass Mat Gypsum Panels DensArmor Plus® Interior Panels DensArmor Plus® Interior Panel DensArmor Plus® Abuse-Resistant Interior Panel DensArmor Plus® Impact-Resistant Interior Panel DensDeck® Prime Roof Board ToughRock® Gypsum Boards and Drywall ToughRock Fireguard X™ Abuse-Resistant Gypsum Board

ToughRock Span 24® Ceiling Board ToughRock Span 24 Lite-Weight Ceiling Board ToughRock Fireguard X™ and Fireguard C® Gypsum Boards ToughRock Fireguard 45™ Gypsum Boards ToughRock Flexroc® Gypsum Board ToughRock Lite-Weight Gypsum Board ToughRock Lite-Weight Fire-Rated Gypsum Board ToughRock Mold-Guard™ Gypsum Boards ToughRock Fireguard C® Soffit Board ToughRock Veneer Plaster Base Produits de Gypse (FRAN-Canada) Productos de Yeso (ESP-US) CAD Drawings for Gypsum Products More Tools and Resources Download SketchUp 3D drawing files for construction assemblies using panels and boards fromGeorgia-Pacific Gypsum. These files are created with SketchUp 2013. Need an RVT file? Visit the Autodesk® Revit® Architecture Library. See a menu of architectural specifications for gypsum boards and drywall. See a menu of all assemblies and systems. Choose a SeriesCustom WoodPremium WoodTradition Plus WoodPremium Vinyl

Once you select a product above, you will be able to configure it to suit your project needs. Your browser does not support inline frames or is currently configured not to display inline frames. Your browser does not support inline frames or is currently configured not to display inline frames.I recently received the following question from a reader, and as it is asked often it makes sense to post the answer here. At first glance it is a technical question, but my answer veers off into philosophy, and bounces back as a question. In one of the video series, you show how to build a small cabinet with a drawer.  When you built the drawer, you used the cabinet drawer opening (from the rail-stiles).  As a result, the drawer dimensions are exactly the same as the opening.  In real life, the drawer would need to be smaller in width and height to properly fit into the cabinet opening. One option is to adjust the dimension during the construction, but then there is the issue of using the cabinet as the frame of reference.  

The other alternative is to adjust the dimensions after completed, but that can also interfere with drawer component. The last alternative is to leave it as you have drawn it and then adjust/fudge the sizes when constructing the furniture.  That also has issues if you are constructing from a cut-list. I have a couple of reasons for modeling the way I do, but I don’t always do things the same way. There are two important questions to be answered; what is the purpose of the model? and how much time to I want to spend modeling vs. building in the shop? These days, most of what I build is solid wood, with inset doors and gaps as small as practical. When I model, I construct the box first, then model the doors and drawers from the openings in the box. It’s dirt simple to use the rectangle tool and snap from corner to corner, or corner to mid-point in the opening. That sets the size and I move that rectangle off into empty space to make the door or drawer. When that part is finished, I make it a component and move it back.

As Rick points out, this is expedient for modeling but complicates real life. For doors and drawers to open and close there needs to be a slight gap. That itself can be a subject for debate, but I belong to the “dime in summer, nickel in winter” school of thought. When I work in solid wood, I really do cut the drawer fronts and build the doors to the exact size of the opening. Then I trim them to fit. That gives me more control over what the finished cabinet looks like, and a bit of insurance if things don’t go exactly as planned. It really doesn’t cause a lot of problems; trimming a door is a few swipes of a hand plane (or a pass over the jointer) and I don’t build the drawer box until the front fits in the opening. The alternative isn’t always out of the question. If I were modeling for factory production, and sending a cutlist to computer controlled machines, I would want the model to reflect the exact size of every part. In the past, I’ve done shop drawings where the plastic laminate was added in at actual size, so that the particle board cores could be cut precisely.

Working to the exact finished sizes takes extra modeling time, and it also does two other things. It makes the model difficult to read, and hard to work with. Where ever there is a gap, there will be two lines next to each other instead of a single line. When you print, these double lines get blurry. More important is that it forces you to zoom way in to snap on a specific point when you add dimensions or move something. It also forces you to work at an extremely precise level in the shop. If you’re aiming to make a solid wood part the exact size of the opening, and you’re off by 1/64″ that creates a problem that can easily be corrected. If you’re setting up the saw to cut hundreds of parts for a kitchen’s worth of cabinets, that same error could lead to dozens of edge-banded doors that won’t fit and can’t be easily trimmed. So the answer is; “it all depends, you need to know what you’re working on, how you work, and how intolerant you are about tolerances.”