basic furniture design overview

Copyright 2006. Homia PC Applications

Basic Furniture Design Overview

An Overview

Basic Furniture Design Software

Version 1.06.3



Contents

Introduction ........................................................................................... 1

The Software........................................................................................ 1

1 Rectangular Cupboards ...................................................................... 3

2 Corner Cupboards.............................................................................11

3 Tables.............................................................................................16

4 Doors..............................................................................................18

5 Drawers ..........................................................................................20

6 Materials .........................................................................................21

7 Sheet Cutting Layout ........................................................................22

8 Sample Printouts..............................................................................24


Basic Furniture Design 1 Overview

Introduction

Making furniture is a very rewarding past time, and with specialised woodworking

tools being reasonably priced these days, it becomes easier to tackle bigger projects.

And the great thing about making furniture is that from simple bedside cupboards or

book shelves, to large entertainment centres, cupboard construction is similar. This also applies to tables.

However, all projects start with a design which can be time consuming.

The pain with any design is producing the drawing, calculating the cutting dimensions,

and working out how to cut the components from sheet material. Its also hard to visualise how the furniture will look when finished, especially when you apply what if.

What if I make the cupboard a bit higher, or wider? What gaps do I get if I add an

extra shelf?

The repetition involved in the furniture design process has lead to the development of

the Basic Furniture Design software, which greatly reduces the design and assembly time, and promotes accuracy.

The Software The Basic Furniture Design software assists woodworkers and cabinet makers with

designing BASIC rectangular cupboards, corner cupboards and tables. Door and

drawer modules are included, and a sheet cutting layout module assists with determining the lay out of components on sheet material. The software is specifically

suited to the DIY or Hobbyist woodworker, but is also used by businesses and schools.

However, there is no support provided for commercial use since the software is not a production system.

Businesses generally use the software to produce a quick initial design, and then use CAD to produce the production details. Some businesses simply use the Sheet Layout

module only.

Schools use the software to help students easily design simple projects. Some students find it difficult to decide on a project, or are lacking in CAD skills to produce

the plan. The software can assist with teaching students the design process: design

concepts, material selection, assembly methods, workshop plan, bill of materials, etc.

The software will run on PCs with Windows 98SE and upwards. However the 3D

Viewer requires MS DirectX 9 to work properly, and a compatible graphics adapter

with 32 Mb memory. On the Downloads Page of the website you can download the

Test3D file to your computer which allows you to test the 3D Viewer. You must copy

the file to a temporary folder on your computer, then when you run it, it will unzip the

executable and supporting files. Then you simply run the unzipped executable. Pressing the F1 key in the 3D Viewer will display the Help file.

The software allows designs to be easily created because you simply enter dimensions



for each component, and make allowances for rebates and clearances. This is unlike CAD software were you have to add and position parts on the drawing. Of course,

using CAD has the flexibility to allow you to design anything, but is much more

involved.

The software attempts to allow for standard construction methods, but there will be

times where your construction method is different. In this situation, you will need to

take this into consideration separately, however most of the calculations will still provide the overall design construction, thus providing a guide in the workshop.

At first glance it might appear that you can only design the simplest of furniture. However the software is flexible, allowing you to design furniture in modules, which

can then be joined together to form the final piece. For example, you can use the

Table Design to make the leg base for a cupboard, and the Cupboard Design for the

cupboard that will be connected to the base. Another example is designing a buffet hutch, where the bottom base unit is a cupboard, and the top is a shelf unit that will

be connected after construction.

The software does not design framed construction, only flat panel. However, if you

wish to have cupboard sides that are rail and stile, simply use the Door/Panel Design

to calculate the components, and replace the flat sides with the panel during construction.

The software uses metric dimensions (mm), but imperial dimensions (inches) can be

entered through the aid of a popup conversion dialog, and printed.

The rest of this document shows sample screens of various parts of the

application. You should also download the Help File from the Downloads page of the web site for more information.



1 Rectangular Cupboards There are so many cupboards that fall into this furniture category that it is probably

the most used design in the software.

Some examples are: Book shelves, bedside cabinets, wardrobes, buffets, vanity units, shaving cabinets, linen cupboards, display units, entertainment units, and any other

type of storage cupboards.

With some imagination, by combining multiple designs you can make cupboards on

legs and cupboards with shelf units on top.

The following pictures show the layout and options available in the Cupboard Design

screen.

Picture 1.1 The Cupboard Design screen showing options for the Top

Generally, all Design screens are similar in layout and the first area you notice is the

Drawing Area. The drawing is updated by the software based on the dimensions entered and selected options. You cannot change this drawing using the mouse - it is

not CAD.

Below the drawing is where you enter the overall dimensions of the cupboard, and

would be the first dimensions you enter.



Below the cupboard dimensions is a series of buttons. These buttons allow for easy location of the components you want to change, and create a logical flow for working

through the design. You simply start from the Top and click each button in order until

you get to the Other Bits. As you can see, the software is designed to be easy to use, even by people with limited computer experience.

As you click these buttons, the area on the right of the screen displays the relevant

dimensions and options that can be entered for that part. In picture 1.1 you see the cupboard Top is displayed. All you need to do is work your way down the list,

changing dimensions and selecting options as you go, and the drawing will be

updated accordingly. You might need to refer to the Help file for more information on each option, which can be accessed by pressing the F1 key. There is also quick

information that can be displayed by clicking on the i icon .

The following pictures show the dimensions and options currently available for each cupboard part.

Picture 1.2 Cupboard - Sides and Divider Options



Picture 1.3 Cupboard - Rail Options

Picture 1.4 Cupboard - Shelf Options

One point to make is that doors and drawers are not calculated automatically during the design process. Doors and drawers must be designed separately to produce a

cutting list. There are two main reasons for this. First, there are too many dimensions

and options to display during the cupboard design process, and second, you should always confirm the door and drawer opening dimensions after the cupboard is

assembled.

However, if you will have doors on the cupboard, you must allow for doors in the

cupboard design screen. This is so that - especially for inset doors, the shelf widths

are reduced to allow the door to sit in the recess. Picture 1.5 shows where you adjust

shelf gaps, and specify the position of doors and drawers. This is the first step in



allowing for doors.

The dimensions in Picture 1.5 show the shelf

gaps for the left and right side of the cupboard.

You change these dimensions to set the gaps as

required.

To set the position of doors and drawers you

click the rectangles and squares located on each side of the shelf gap. Doors positions are

set using the rectangles on the left and can

span shelves, drawers are the squares on the

right and are positioned within the shelf gap.

Picture 1.5 Cupboard - Shelf Gap and Door/Drawer Position Options

The second step in allowing for doors is to actually tick the option Allow for door/s

and drawers in the Doors Area. This is shown in Picture 1.6.

Picture 1.6 Cupboard - Door/Drawer Allowance Options

The Show/Hide Doors button simply allows you to show doors and drawers on the

drawing and in the 3D Viewer. It provides the option to hide them so that the drawing



is clearer when concentrating on the carcass only, but they are still allowed for in the calculations.

Picture 1.7 Cupboard The 3D view showing Doors hidden and shown.

The Door Frame dimensions shown in Picture 1.6 is where you specify how far the

door is recessed into the cupboard. This is used to calculate the reduction in shelf width to accommodate the door. You simply enter the door thickness, and then

specify how far the door protrudes from the cupboard (the Lip Height).

Picture 1.8 Door Allowances



Picture 1.9 Cupboard - Face Frame Options

Picture 1.10 Cupboard - Skirting Options

Picture 1.11 Cupboard - Back Options



The area called Other Bits (Picture 1.12 below) allows you to save and print extra

notes about the design, and set a 3D position for the cupboard in the 3D Viewer. The

3D position is used to view multiple units that make up the completed furniture. For example, if you had a base cupboard unit that is 900 mm high and a shelf unit that

will sit on top, then the 3D position for the base will be zero, and the position for the

shelves will be 919 mm (assuming the Top was 19 mm thick). When you add the two

designs to the 3D Viewer, the shelves will be shown on top of the base.

An example of multiple designs shown as one

cupboard is shown in Picture 1.13 below.

Picture 1.12 Cupboard - Comments and 3D Positioning Options

The 3D Viewer is started by clicking the 3D button located on the toolbar of the

Design window.

The viewer is a separate program and does not need to be closed

during a session. This allows you to

switch between design windows and display different furniture designs

together. For example, you can go

into the Table design and load a

table, then go into the Cupboard design and add [3D+] a cupboard to

the viewer (say positioned on top of

the table).

This is handy when designing large

scale projects such as built-in wall units.

Picture 1.13 Cupboard - The 3D Viewer showing two designs added to the display



When printing a design, you can choose to save the cutting list to a file which can be

imported into the Sheet Layout module. All printing is shown in a Preview window

first, then you can choose to send the preview to the printer from there. The print options are shown in Picture 1.14.

Picture 1.14 The Print Options

Also, there are sample printouts at the end of this document.



2 Corner Cupboards The Corner Cupboard design allows for four styles (shapes) of corner cupboards as

shown.

There are numerous methods of constructing corner cupboards, and the software attempts to provide as many options as possible to accommodate individual

requirements. It is possible that some manual allowances will need to be made in the

workshop during construction. However, if you keep the construction of corner

cupboards as simple as possible, the cutting list produced should be all that is needed.

Since corner cupboard components are more complex to cut, the software shows part

diagrams on the cutting list. Although not to scale, the diagrams show all necessary dimensions and angles. All angles are calculated at 45 and 90, so you cannot make

the back angle suit a corner that is not 90.

You are able to display a top view cross section showing cupboard dimensions to

assist with construction (Picture 2.1).

Picture 2.1 Corner Cupboard Top View



The following pictures show the layout and options available in the Corner Cupboard Design screen. Parts not shown are similar to rectangular cupboards.

Picture 2.2 The Corner Cupboard Design screen showing options for the Sides

There are four front cuts that can be selected as shown below.

Point Inside Point Outside Square 67.5 deg

Sometimes it is difficult to work out the dimensions for a corner cupboard. The

dimension calculator shown in Picture 2.3 allows you to enter the depth and side

width, and shows you the results for all other dimensions. If you want the Back to be a determining factor, you can enter the Back Width and re-calculate the dimensions.

The results can be transferred to the design screen.



Picture 2.3 The Corner Cupboard Dimension Calculator

If you dont want the pointed back corner, or need a post to connect rails and

panelling to, then the cupboard can have a support post. There are a few support post

options depending on how you want to construct the cupboard.

The post can be calculated to sit on the outside of the cupboard which means you will

fix it to the back, or be positioned inside the cupboard so the back is fixed to the post. Also the post can be run past the bottom shelf to the floor, or, in the case of a wall

mounted corner cupboard, the post can sit on the bottom shelf.

This option is shown in Picture 2.4 below.



Picture 2.4 The Corner Cupboard - Back Options

The design can include rails as shown in Picture 2.5 below, but are only calculated to

sit within the carcass. This will suit most requirements.

Picture 2.5 The Corner Cupboard - Rail Options

The following picture shows an example of a corner cupboard in the 3D Viewer. The design has a back support post and rails at the front and back.



Picture 2.6 A Corner Cupboard in the 3D Viewer

One final point about the corner cupboards is that face frames are not allowed for. If

your design needs a face frame then you should first design the main carcass

(possibly reducing the depth by the face frame thickness), then work out the face frame requirements manually.



3 Tables

The Table design allows for a number of styles of tables, which is mainly due to the

ability to select different bottom rail options.

Some examples are: Basic table, table with bottom shelf, table with stretcher, hall

tables and stands.

The following picture shows the Table Design screen and the Rail options available.

Picture 3.1 The Table Design screen showing Rail Options

Some of the options for rails are shown in Picture 3.2 below.



Picture 3.2 The Table Design - Rail Options

A shelf can be allowed for as shown in Picture 3.3.

The width and depth is calculated to fit flush with the

outside of the rails.

Picture 3.3 The Table Design Bottom Shelf

The following picture shows an example of a table in the 3D Viewer. The design has a bottom end rails with a centre rail acting as a stretcher.

Picture 3.4 The Table Design 3D View



4 Doors

The Door design is a separate module so to speak, and is not linked to the Cupboard and Corner Cupboard designs. It simply allows you to produce a cutting list based on

your style and fitting requirements.

The software will calculate inset, lipped, and overlay doors. However, you must know

what clearances are required for the hardware you will use. Picture 4.1 shows the

layout of the Doors Design screen.

Picture 4.1 The Door Design screen



All panels in the door are calculated to be the same size, that is, evenly spaced.

The Door design can be used to produce a cutting list for any framed panel, not only

doors. For example, you might have designed a cupboard that has all drawers in one section, and used shelves to separate each drawer in the design. However when you

make the cupboard, you will replace these shelves dust panels instead. All you need

to do is make panels the same size as the shelves, as shown in the Picture 4.2 below.

Picture 4.2 The Door Design used for other panels



5 Drawers

The Drawer design is a separate module like the Door design, and not linked to the

Cupboard and Corner Cupboard designs. It simply allows you to produce a cutting list based on your style and fitting requirements.

The software will calculate inset, lipped, and overlay drawers. However, you must know what clearances are required for the hardware you will use. Picture 5.1 shows

the layout of the Drawers Design screen.

Picture 5.1 The Drawer Design screen

There are two variations in the construction of the drawer.

1. The drawer face is screwed to the drawer box. 2. The drawer face is the front of the drawer box.

This is selected by ticking or unticking the Use as Front checkbox shown next to the face thickness textbox in the Picture above.



6 Materials

The software includes a simple Materials file that is used to assist with pricing a

project.

Materials can be entered as per metre, per foot, per square metre, or each, and you

can set two price levels for each record. All materials must belong to a species and group, so some thought must be given to how you will set up a new material range.

The sizes entered are finished sizes.

The data maintenance screen for Materials is shown in Picture 6.1 below.

Picture 6.1 The Materials screen

When you select materials in a design (by clicking the Materials icon next to the

part), the software will select the closest size that you can use for the part. For example, if your rails are 65 x 19 mm pine, and you have the material size as 70 x 19

mm, the software will calculate the price from the 70 x 19 record (it finds 70 mm as

the closest width). However, one important point to make is that the thickness must

match the material (eg the 19 mm).



7 Sheet Cutting Layout

The software includes a Sheet Cutting Layout module to help you plan how to cut the parts from sheet material. The software does not automatically work out how to cut

the sheet, but allows you to add parts to the sheet and move them around. Although

its function is quite basic, it is surprisingly useful and saves a lot of time.

The module is a separate program and should not be run while youre in a design. You

should do all the design work first, then from the printouts, run the sheet cutting module and lay out your cutting requirements.

When you start the program, you are asked to enter the maximum sheet size to be

used, and specify the saw blade allowance (kerf). This is shown in Picture 7.1.

Picture 7.1 The Sheet Size and Kerf selection screen

The Picture 7.2 below shows the main screen, with the sheet on the left side, and the

parts on the right. You simply add the parts (which will be shown on the right side of the screen), and then drag them onto the sheet on the left. The parts can be moved

and rotated, then snapped into position using the arrow buttons.

If you saved the cutting list when printing any of the designs, you can import the

parts into the Sheet module without re-keying them. This Import screen is shown in

Picture 7.2.



Picture 7.1 The Sheet Cutting Layout screen showing the Import Dialog window on top

For more information about the Sheet Layout module (or any area of the Basic

Furniture Design software), download the Help file from the Downloads page of the web site.

PLAN AND PART DETAILS Basic Cupboard with Divider and Door AllowanceDISCLAIMER: The Basic Furniture Design application is a Visual Design Tool, not a production system. These measurements and details are tobe used as a guide only. Always check these details yourself before ordering and/or cutting any materials.

Overall Dimensions of Carcass: 864 W x 900 H x 298 D

Left inside shelf clearance: 300 mm.

Right inside shelf clearance: 507 mm.

Distance between left shelves: 179.7 mm.

Distance between right shelves (bottom up):270, 270, 198, 0, 0, 0, 0, 0, 0.

ALLOWANCES AND FITTING DETAILS:

Part DetailsTop The top overhangs the front and sides by 40mm.Sides The left side has 6mm rebates for the left middle shelves.

The sides (and top and bottom rails at the back) will have a 6mm deep rebate, 12mm wide to take the back.Divider/s The left side of the divider has 6mm rebates to take the left middle shelves.Top/Bottom Rails The top/bottom rails butt onto the sides (fixed using dowels or biscuits).Bottom Shelf The bottom shelf runs the length of the cupboard and the divider/s sit on top of the shelf.Skirting The skirting length shown in the 'Cutting List' includes the sides and front of the cupboard +50mm for saw cuts. You

will need to take your own measurements from the cupboard when cutting the mitres.Back The back sits in a 6mm rebate in the cupboard.

CUTTING LIST:

Part Dimensions (L ... W x T) Qty Order MaterialTop 944 ... 338 x 19 1 1.2 Pine 240+120 12.24Sides 900 ... 298 x 19 2 0.9 Pine 190+120 15.05Divider 811 ... 292 x 19 1 0.9 Pine 190+120 7.52Top rails 826 ... 35 x 19 2 0.9 Pine 1.91Bottom rails 826 ... 70 x 19 2 0.9 Pine 70x19 3.17Bottom shelf 826 ... 292 x 19 1 0.9 Pine 190+120 7.52Middle shelves 312 ... 271 x 19 3 0.6 Pine 140+140 13.07

507 ... 292 x 19 1 0.6 Pine 190+120 5.02507 ... 271 x 19 1 0.6 Pine 140+140 4.36

BFDesign 11-Oct-06 9:05 Page 1

PLAN AND PART DETAILS Basic Cupboard with Divider and Door AllowanceDISCLAIMER: The Basic Furniture Design application is a Visual Design Tool, not a production system. These measurements and details are tobe used as a guide only. Always check these details yourself before ordering and/or cutting any materials.

Part Dimensions (L ... W x T) Qty Order MaterialSkirting 1586 ... 70 x 19 1 1.8 Pine 70x19 3.17Back 819 ... 850 x 6 1 0.9 Pine Ply 12.97

85.99

Comments This cupboard has inset doors which are designed separately after the carcass is assembled.


PLAN AND PART DETAILS Basic TableDISCLAIMER: The Basic Furniture Design application is a Visual Design Tool, not a production system. These measurements and details are tobe used as a guide only. Always check these details yourself before ordering and/or cutting any materials.

Overall Dimensions of Table (outside of legs): 1200 L x 900 W x 850 H

Distance between TOP centre rails: 531 mm.

Distance between BOTTOM centre rails: 381 mm.


Part DetailsTop edging The top has 19 x 19mm edging around it.Top The top overhangs the legs by 30mm.Legs The legs have 25mm mortises to take the top rails.

The legs have 25mm mortises to take the bottom rails.Top Rails The top rails have a 25mm tenon. Shoulder lengths are 1020 and 720Top Centre Rails Top centre rails butt up against the side rails (eg. joined using dowells).Bottom Rails Bottom rails are fitted at the ends of the table only.

Bottom rails have a 25mm tenon. Shoulder length is 720Bottom rails are positioned 200mm from the floor.

Bottom Centre Rails Bottom centre rails butt up against the side rails (eg. joined using dowells).

CUTTING LIST:

Part Dimensions (L ... W x T) Qty Order MaterialTop edging 4490 ... 19 x 19 1 4.5Top 1222 ... 922 x 19 1 1.5Legs 850 ... 90 x 90 4 0.9Top rails 1070 ... 70 x 35 2 1.2

770 ... 70 x 35 2 0.9


PLAN AND PART DETAILS Basic TableDISCLAIMER: The Basic Furniture Design application is a Visual Design Tool, not a production system. These measurements and details are tobe used as a guide only. Always check these details yourself before ordering and/or cutting any materials.

Part Dimensions (L ... W x T) Qty Order MaterialBottom rails 770 ... 70 x 35 2 0.9Top Ctr Rails 798 ... 70 x 35 1 0.9Bottom Ctr Rails 1098 ... 70 x 35 1 1.2


PLAN AND PART DETAILS Simple Corner CupboardDISCLAIMER: The Basic Furniture Design application is a Visual Design Tool, not a production system. These measurements and details are tobe used as a guide only. Always check these details yourself before ordering and/or cutting any materials.

Overall Dimensions of Carcass: 630.2 W x 1100 H x 340 D

Overall Dimensions AROUND Carcass:Back Support: 120 Back: 361 Side: 120 Front: 460


Distance between shelves: 311 mm.


Part DetailsTop The top overhangs the front and sides by 40mm.Top/Bottom Rails The top/bottom rails butt onto the sides.Skirting The skirting length shown in the 'Cutting List' includes the sides and front of the cupboard +50mm for saw cuts. You

will need to take your own measurements from the cupboard when cutting the mitres.

CUTTING LIST:

Part Dimensions (L ... W x T) Qty Order MaterialTop 687 ... 380 x 19 1 0.9Sides 1100 ... 133 x 19 2 1.2Top back rails 340 ... 40 x 19 2 0.6Top front rail 445 ... 40 x 19 1 0.6Bottom back rails 340 ... 70 x 19 2 0.6Bottom front rail 445 ... 70 x 19 1 0.6Bottom shelf 595 ... 321 x 19 1 0.6Middle shelves 595 ... 321 x 19 2 0.6Skirting 807 ... 70 x 19 1 0.9Back 1100 ... 367 x 6 2 1.2Back Support 1100 ... 141 x 19 1 1.2



PART DIAGRAMS:

These part diagrams DO NOT represent the actual size and are mainly used to show cutting angles. Dimensions shown always referto the overall dimension. Rebate 'positions' are shown with a dotted line and DO NOT represent the actual size.

Sides(Top view)Qty: 2

Back(Top view)Qty: 2

Back Support Post(Top view)Qty: 1

Top Back Rails(Top view)Qty: 2

Top Front Rail(Top view)Qty: 1

Bottom Back Rails(Top view)Qty: 2

Bottom Front Rail(Top view)Qty: 1



PART DIAGRAMS:

TOP(Top view)Qty: 1

Bottom SHELF(Top view)Qty: 1

Middle SHELF(Top view)Qty: 2


PLAN AND PART DETAILS FOR SINGLE DRAWERDISCLAIMER: The Basic Furniture Design application is a Visual Design Tool, not a production system. These measurements and details are tobe used as a guide only. Always check these details yourself before ordering and/or cutting any materials.

Overall Dimensions of Drawer Box: 296 W x 135 H x 340 DOverall Dimensions of Opening: 300 W x 140 H x 350 D

DRAWER SPECIFICATIONS:

Drawer Type: OVERLAP OUTSIDE OF FRAME

Sides: 340 ... 135 x 12 2 0.6 Pine 4.15Back: 284 ... 135 x 12 1 0.3 Pine 1.04Front: 284 ... 135 x 12 1 0.3 Pine 1.04Drawer Face: 312 ... 152 x 19 1 0.6 Pine 3.01Bottom Panel: 318 ... 284 x 4.5 1 0.6 Pine Ply 1.07

10.31Guides....( )Handles...( )

The drawer face connects to the drawer front (eg. screwed from inside).

The drawer box has a 6 mm deep groove to take the bottom panel.

The clearance between the top of the drawer box and the kicker is 5 mm.

The drawer face overlaps the sides by 6 mm.The drawer face overlaps the top by 6 mm.The drawer face overlaps the bottom by 6 mm.


PLAN AND PART DETAILS FOR DOOR / PANELDISCLAIMER: The Basic Furniture Design application is a Visual Design Tool, not a production system. These measurements and details are tobe used as a guide only. Always check these details yourself before ordering and/or cutting any materials.

Overall Dimensions of Door: 932 H x 362 WOverall Dimensions of Opening: 920 H x 350 W

DOOR SPECIFICATIONS:

Door Type: LIPPED OVER FRAME (clearance allowed: 1 mm hinge side, 1 mm the rest.)

Stiles: 932 ... 70 x 19 4 1.2Top rail: 246 ... 90 x 19 2 0.3Centre rail: 246 ... 70 x 19 2 0.3Bottom rail: 246 ... 90 x 19 2 0.3Panel: 365 ... 246 x 12 4 0.6

The top and bottom rails have a 12 mm tongue each end to fit into a rebate in the stiles (eg. mortice and tenon joint). The shoulder length is 222

The centre rails have a 12 mm tongue each end to fit into a rebate in the stiles (eg. mortice and tenon joint). The shoulder length is 222

The panel fits in a 12 mm groove rebated in the stiles and rails.

The door has a 7 mm wide rebate on the handle side.The door has a 7 mm wide rebate on the hinge side. NOTE: This rebate will vary depending on the hinge used. Always check this beforerebating the door frame.The door has a 7 mm wide rebate across the top.The door has a 7 mm wide rebate across the bottom.


SHEET CUTTING DETAILS SHEET 1 - 2420 x 1210DISCLAIMER: The Sheet Cutting application is a Visual Design Tool, not a production system. These measurements and details are to be usedas a guide only. Always check these details yourself before ordering and/or cutting any materials.

SHEET SIZE: 2420 L x 1210 WSaw Blade Allowance: 3 mm

Sides

Sides

Top

Shelf 1

Shelf 1

SheetCalc 11-Oct-06 9:59 Page 1

SHEET CUTTING DETAILS PARTS LISTDISCLAIMER: The Sheet Cutting application is a Visual Design Tool, not a production system. These measurements and details are to be usedas a guide only. Always check these details yourself before ordering and/or cutting any materials.

Part Label Qty Length Width

PARTS ON SHEET 1:

Sides 2 980 x 298Top 1 770 x 340Shelf 1 2 690 x 288

SheetCalc 11-Oct-06 9:59 Page 2

basic furniture design overview

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