NASJI
Sheet of commercial laundry machines in front and side elevation, including washers and dryers
nasji.com · Drawing preview · 36,756 entities · 6 layers View full size

Kitchen CAD blocks

Commercial Laundry and Dry Cleaning Machines

Sheet of roughly thirty commercial laundry machines, each in front and side elevation.

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DWG is the original file. DXF is written from it on request. Open in CAD loads it into the free browser CAD — nothing to install, no account.

Specifications

Format
DWG R2018 · DXF R2000 on request
Units
metres
Entities
36,75622,190 lines, 5,821 arcs, 4,540 splines, 3,705 ellipses, 380 circles, 69 polylines, 32 block references, 11 hatches, 7 points and 1 text label
Layers
Visible Edges(Dexter)Visible Tangent Edges(Dexter)Sketch Geometry(Dexter)Symbols(Dexter)Center Mark(Dexter)
Block definitions
none — plain geometry
File size
6.6 MB
Updated

About this block

Machines are laid out in rows, each one drawn twice: a front elevation with its round loading door, and the matching side elevation beside it. The top rows hold washer-extractors and stacked washer-dryers, the middle rows tumble dryers of increasing size, and the bottom rows smaller plant — presses, finishing cabinets, trolleys and dry-cleaning units. The file carries 36,756 entities: 22,190 lines, 5,821 arcs, 4,540 splines and 3,705 ellipses, with 32 inserts of auto-generated block definitions.

Layer names give the origin away. Visible Edges, Visible Tangent Edges, Sketch Geometry, Symbols and Center Mark, each with a maker suffix in brackets, are what a solid model produces when it is flattened to 2D linework. That means the outlines are accurate to the machine but carry no drafting hierarchy, so freeze the tangent-edge layer if the elevations look busy, and put the machine you keep on your own equipment layer before plotting.

Hotel, hospital and prison laundries are the obvious use, along with plant rooms and equipment schedules where a client wants to see the machine, not a rectangle. Nothing in the file states a usable unit: header extents run past a million units while the drawn sheet occupies a fraction of that, so measure a machine door, decide what it should be in millimetres and scale the block by that ratio. Copy out the one machine you need rather than inserting a 6.9 MB sheet.

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Questions

Are plan views included?

No. Every machine is drawn as a front elevation with a matching side elevation, which is what an equipment schedule or a plant-room section needs.

How do I get the machines to the right size?

Measure a loading door or a machine width, compare it with the real appliance you are specifying, and scale the copied block by that ratio.