Modular construction systems: Difference between revisions

From
No edit summary
Line 51: Line 51:
* http://www.mcmaster.com/#steel-structural-tubing/=49tu63
* http://www.mcmaster.com/#steel-structural-tubing/=49tu63
* [http://www.openstructures.net/ OpenStructures]
* [http://www.openstructures.net/ OpenStructures]
* [http://www.exercise-desk.com exercise-desk.com (defunct)]
* [http://www.recliner-workstation.com recliner-workstation.com (defunct)]
* [http://www.edburtoncompany.com/ edburtoncompany (defunct)]


=Plastic brick=
=Plastic brick=
Line 62: Line 65:
* 8 mm smooth steel rods (aka [[smooth rod]], aka "drill rod"): Most RepRaps and RepStraps have parts that slide back and forth on 8 mm or nearly equivalent 5/16" smooth rod. A few RepStraps ({{tag|DriveTrains#rotary to linear motion conversion}}) spin a smooth rod with their motor rather than a threaded rod. A few use other sizes such as the 12 mm smooth rod used by [[HaMendel]][http://forums.reprap.org/read.php?152,169733] and BiBone. "O1 drill rod" ? "A2 drill rod" ?
* 8 mm smooth steel rods (aka [[smooth rod]], aka "drill rod"): Most RepRaps and RepStraps have parts that slide back and forth on 8 mm or nearly equivalent 5/16" smooth rod. A few RepStraps ({{tag|DriveTrains#rotary to linear motion conversion}}) spin a smooth rod with their motor rather than a threaded rod. A few use other sizes such as the 12 mm smooth rod used by [[HaMendel]][http://forums.reprap.org/read.php?152,169733] and BiBone. "O1 drill rod" ? "A2 drill rod" ?


* electrical conduit (~20 mm OD steel tube)
=Conduit or pipe=
* Steel water pipe and fittings
* Steel water pipe and fittings
* [[PVC]] water pipe and fittings -- much lighter weight and lower cost and easier to drill than metal; but is it rigid enough? [[XtruBot]], [[RepRap Morgan]], [[LISA Simpson]], [[Easy build delta printer]], etc.
*[http://www.thingiverse.com/thing:932732 "PVC pipe construction set"] as described at [http://3dprint.com/84284/pvc-pipe-construction-kit/ "PVC Pipe Construction Gets Boost with 3D Printed Corner Connectors"]
** possibly using the [http://www.thingiverse.com/thing:932732 "PVC pipe construction set"] as described at [http://3dprint.com/84284/pvc-pipe-construction-kit/ "PVC Pipe Construction Gets Boost with 3D Printed Corner Connectors"]
* Large-diameter [[PVC]] sewer pipe -- using 6" (or larger) nominal I.D. pipe as a tower/gantry to mount the other parts of the printer. [[PipeDream]]
* Large-diameter [[PVC]] sewer pipe -- using 6" (or larger) nominal I.D. pipe as a tower/gantry to mount the other parts of the printer. [[PipeDream]]
* low-cost softwood dimensional lumber, roughly 18x45mm and 18x70mm (close enough to "1x2" and "1x4"), bolted together -- [[1X2]] and [[WolfStrap]]
* poplar planks -- [http://3dreplicators.com/New%20Front%20Page/Gallery/Gallery.htm Tommelise]
* extruded aluminum L rails
* cut sheets without any plastic printed parts (RepStrap):
** sheet metal cut, drilled, and folded to approximate the square profile
** sheet metal cut, drilled, and folded in other ways -- [http://www.youtube.com/watch?feature=player_embedded&v=rU9ef3tBvk4 Tony's sheet metal RepStrap]
** laser-cut plastic (typically clear acrylic)
** sheet plywood -- [[PlywoodRepRaps]] such as [[LaserCut Mendel]]; [[CupCakeStrap]]; [[CupCake]] ??? ; [[Gunstrap]]; [[DeltaTrix]] ([http://www.deltatrix.co.uk/]; [http://www.instructables.com/id/DeltaTrix-3D-Printer]); etc.
** foamcore -- see imoyer's Foamcore CNC Machine [http://web.mit.edu/imoyer/www/portfolio/foamcore/] [http://reprap.development-tracker.info/development/143002] [http://www.instructables.com/id/Build-a-Foamcore-CNC/]. Can this be laser-cut?
** "flat sheets of wood or plastic (currently HDPE) ... Cut ... on some 2.5D CNC router" -- [[Isaac]], [[LaserCut Mendel]], etc.
* Hybrid: cut sheets and plastic printed parts complementing each other:
* Dibond
* [http://www.exercise-desk.com exercise-desk.com (defunct)]
* [http://www.recliner-workstation.com recliner-workstation.com (defunct)]
* [http://www.edburtoncompany.com/ edburtoncompany (defunct)]
=Conduit or pipe=
* [https://tubelox.com/ Tubelox]
* [https://tubelox.com/ Tubelox]
* [https://www.v1engineering.com/ Mostly Printed CNC]
* [https://www.v1engineering.com/ Mostly Printed CNC]
Line 115: Line 100:
* [https://www.thingiverse.com/thing:3026040 LowRider2 Full Sheet Capable CNC Router]
* [https://www.thingiverse.com/thing:3026040 LowRider2 Full Sheet Capable CNC Router]


=Other=
* low-cost softwood dimensional lumber, roughly 18x45mm and 18x70mm (close enough to "1x2" and "1x4"), bolted together -- [[1X2]] and [[WolfStrap]]
* poplar planks -- [http://3dreplicators.com/New%20Front%20Page/Gallery/Gallery.htm Tommelise]
* extruded aluminum L rails
* cut sheets without any plastic printed parts (RepStrap):
** sheet metal cut, drilled, and folded to approximate the square profile
** sheet metal cut, drilled, and folded in other ways -- [http://www.youtube.com/watch?feature=player_embedded&v=rU9ef3tBvk4 Tony's sheet metal RepStrap]
** laser-cut plastic (typically clear acrylic)
** sheet plywood -- [[PlywoodRepRaps]] such as [[LaserCut Mendel]]; [[CupCakeStrap]]; [[CupCake]] ??? ; [[Gunstrap]]; [[DeltaTrix]] ([http://www.deltatrix.co.uk/]; [http://www.instructables.com/id/DeltaTrix-3D-Printer]); etc.
** foamcore -- see imoyer's Foamcore CNC Machine [http://web.mit.edu/imoyer/www/portfolio/foamcore/] [http://reprap.development-tracker.info/development/143002] [http://www.instructables.com/id/Build-a-Foamcore-CNC/]. Can this be laser-cut?
** "flat sheets of wood or plastic (currently HDPE) ... Cut ... on some 2.5D CNC router" -- [[Isaac]], [[LaserCut Mendel]], etc.
* Hybrid: cut sheets and plastic printed parts complementing each other:


= References =
= References =
* [https://docs.google.com/document/d/1gU2LaqGkPCLuOm6oFMFCC_tdET1LmUB0WMUYgAmvb0w/edit A Maker's Guide To Modular Building Systems - Draft]
* [https://docs.google.com/document/d/1gU2LaqGkPCLuOm6oFMFCC_tdET1LmUB0WMUYgAmvb0w/edit A Maker's Guide To Modular Building Systems - Draft]

Revision as of 23:22, 3 August 2020

Frame and fastener

Plastic brick

Steel rod

  • 8 mm threaded steel rod (aka "threaded rod" or "allthread" or "M8 studding"): Many RepRaps and RepStraps use all-thread as a easily-adjustable frame material. Many also have at least one axis driven by a "lead screw" of 8 mm threaded road or nearly equivalent 5/16" threaded rod that acts as a worm gear, turned by a stepper motor, that pushes parts back and forth. A few use bigger sizes such as M12 and M10 threated rods in the BiBONE[2] or smaller sizes such as the 1/4 inch threaded rod used in smaller SAE Mendel machines.
  • 8 mm smooth steel rods (aka smooth rod, aka "drill rod"): Most RepRaps and RepStraps have parts that slide back and forth on 8 mm or nearly equivalent 5/16" smooth rod. A few RepStraps (Template:Tag) spin a smooth rod with their motor rather than a threaded rod. A few use other sizes such as the 12 mm smooth rod used by HaMendel[3] and BiBone. "O1 drill rod" ? "A2 drill rod" ?

Conduit or pipe

1/2 inch

16 mm

20 mm

3/4 inch

25 mm

1 inch

Other

  • low-cost softwood dimensional lumber, roughly 18x45mm and 18x70mm (close enough to "1x2" and "1x4"), bolted together -- 1X2 and WolfStrap
  • poplar planks -- Tommelise
  • extruded aluminum L rails
  • cut sheets without any plastic printed parts (RepStrap):
  • Hybrid: cut sheets and plastic printed parts complementing each other:

References