ToolBox_Organiser

STL and .ipt files for Peli Style Toolcase Organiser

I have been trying to find a cheap but smart solution for organising my tools in my Peli Style toolcase.

I found a few off the shelf versions, I particularly liked this product from TrekPak.

However the cost was extremly offputting given the materials they used. I wanted something clean and configurable but cheaper. Preferably with materials I already had to hand.

My Solution: 3D Printed ToolCase Inserts

The inserts are made up of a total of 6 different parts. The minimum parts to make the inserts are:

Quantity	Part	Colour
4 x	Part A	Light Blue
2 x	Part B	Dark Blue
2 x	Part C	Green
2 x	Part D	Purple
10	Parts Total

Part B is glued between 2 x part A to make up one of the horizontal dividers.

Part C and Part D are glued together to make up one vertical dividers.

Additional horizontal and vertical dividors can be printed as required.

Part E and F (Pink) are shorter row dividers and can be printed as required to splitting up rows into shorter sections.

This was done to make sure the parts could be printed on smaller printers. I dont think any part is larger than 150mmx150mm

All parts are 7mm wide, and so far seem strong enough to work for this purpose.

Find all finished STLs in V1.0 Parts folder

Print Settings

I am using an AnyCubic S3, and I have chosen to print each part standing up. With my current print settings in cura:

Setting	Value
Layer Height	0.2 mm
Print Speed	50mm/s
Infill	18.0%
Infill Pattern	Gyroid
Build Plate	Brim
Brim Width	8.0 mm

The average parts are coming out as just under 5 hours of print time, and uses approximatly 50g of PLA.

Total print time for my use will be ~ 65 hours!

Costing and Materials

Using the settings above, I would expect the minimum frame to use just over 500g of material, therefore it will use about half a roll of PLA, and cost me about £12.50 in raw material costs. Even with an additional long divider and a couple of the shorter dividers, the whole lots shouldnt cost more than a single reel of PLA, making it much cheaper than the off the shelf alternative I found earlier.

Box Inner Dimensions

ISOmetric view showing inner box dimensions.

Closer look at the structure of the dividers.

ToolBox_Organiser

STL and .ipt files for Peli Style Toolcase Organiser

I have been trying to find a cheap but smart solution for organising my tools in my Peli Style toolcase.

I found a few off the shelf versions, I particularly liked this product from TrekPak.

However the cost was extremly offputting given the materials they used. I wanted something clean and configurable but cheaper. Preferably with materials I already had to hand.

My Solution: 3D Printed ToolCase Inserts

The inserts are made up of a total of 6 different parts. The minimum parts to make the inserts are:

Quantity	Part	Colour
4 x	Part A	Light Blue
2 x	Part B	Dark Blue
2 x	Part C	Green
2 x	Part D	Purple
10	Parts Total

Part B is glued between 2 x part A to make up one of the horizontal dividers.

Part C and Part D are glued together to make up one vertical dividers.

Additional horizontal and vertical dividors can be printed as required.

Part E and F (Pink) are shorter row dividers and can be printed as required to splitting up rows into shorter sections.

This was done to make sure the parts could be printed on smaller printers. I dont think any part is larger than 150mmx150mm

All parts are 7mm wide, and so far seem strong enough to work for this purpose.

Find all finished STLs in V1.0 Parts folder

Print Settings

I am using an AnyCubic S3, and I have chosen to print each part standing up. With my current print settings in cura:

Setting	Value
Layer Height	0.2 mm
Print Speed	50mm/s
Infill	18.0%
Infill Pattern	Gyroid
Build Plate	Brim
Brim Width	8.0 mm

The average parts are coming out as just under 5 hours of print time, and uses approximatly 50g of PLA.

Total print time for my use will be ~ 65 hours!

Costing and Materials

Using the settings above, I would expect the minimum frame to use just over 500g of material, therefore it will use about half a roll of PLA, and cost me about £12.50 in raw material costs. Even with an additional long divider and a couple of the shorter dividers, the whole lots shouldnt cost more than a single reel of PLA, making it much cheaper than the off the shelf alternative I found earlier.

Box Inner Dimensions

ISOmetric view showing inner box dimensions.

Closer look at the structure of the dividers.

ToolBox_Organiser

STL and .ipt files for Peli Style Toolcase Organiser

I have been trying to find a cheap but smart solution for organising my tools in my Peli Style toolcase.

I found a few off the shelf versions, I particularly liked this product from TrekPak.

However the cost was extremly offputting given the materials they used. I wanted something clean and configurable but cheaper. Preferably with materials I already had to hand.

My Solution: 3D Printed ToolCase Inserts

The inserts are made up of a total of 6 different parts. The minimum parts to make the inserts are:

Quantity	Part	Colour
4 x	Part A	Light Blue
2 x	Part B	Dark Blue
2 x	Part C	Green
2 x	Part D	Purple
10	Parts Total

Part B is glued between 2 x part A to make up one of the horizontal dividers.

Part C and Part D are glued together to make up one vertical dividers.

Additional horizontal and vertical dividors can be printed as required.

Part E and F (Pink) are shorter row dividers and can be printed as required to splitting up rows into shorter sections.

This was done to make sure the parts could be printed on smaller printers. I dont think any part is larger than 150mmx150mm

All parts are 7mm wide, and so far seem strong enough to work for this purpose.

Find all finished STLs in V1.0 Parts folder

Print Settings

I am using an AnyCubic S3, and I have chosen to print each part standing up. With my current print settings in cura:

Setting	Value
Layer Height	0.2 mm
Print Speed	50mm/s
Infill	18.0%
Infill Pattern	Gyroid
Build Plate	Brim
Brim Width	8.0 mm

The average parts are coming out as just under 5 hours of print time, and uses approximatly 50g of PLA.

Total print time for my use will be ~ 65 hours!

Costing and Materials

Using the settings above, I would expect the minimum frame to use just over 500g of material, therefore it will use about half a roll of PLA, and cost me about £12.50 in raw material costs. Even with an additional long divider and a couple of the shorter dividers, the whole lots shouldnt cost more than a single reel of PLA, making it much cheaper than the off the shelf alternative I found earlier.

Box Inner Dimensions

ISOmetric view showing inner box dimensions.

Closer look at the structure of the dividers.

ToolBox_Organiser

STL and .ipt files for Peli Style Toolcase Organiser

I have been trying to find a cheap but smart solution for organising my tools in my Peli Style toolcase.

I found a few off the shelf versions, I particularly liked this product from TrekPak.

However the cost was extremly offputting given the materials they used. I wanted something clean and configurable but cheaper. Preferably with materials I already had to hand.

My Solution: 3D Printed ToolCase Inserts

The inserts are made up of a total of 6 different parts. The minimum parts to make the inserts are:

Quantity	Part	Colour
4 x	Part A	Light Blue
2 x	Part B	Dark Blue
2 x	Part C	Green
2 x	Part D	Purple
10	Parts Total

Part B is glued between 2 x part A to make up one of the horizontal dividers.

Part C and Part D are glued together to make up one vertical dividers.

Additional horizontal and vertical dividors can be printed as required.

Part E and F (Pink) are shorter row dividers and can be printed as required to splitting up rows into shorter sections.

This was done to make sure the parts could be printed on smaller printers. I dont think any part is larger than 150mmx150mm

All parts are 7mm wide, and so far seem strong enough to work for this purpose.

Find all finished STLs in V1.0 Parts folder

Print Settings

I am using an AnyCubic S3, and I have chosen to print each part standing up. With my current print settings in cura:

Setting	Value
Layer Height	0.2 mm
Print Speed	50mm/s
Infill	18.0%
Infill Pattern	Gyroid
Build Plate	Brim
Brim Width	8.0 mm

The average parts are coming out as just under 5 hours of print time, and uses approximatly 50g of PLA.

Total print time for my use will be ~ 65 hours!

Costing and Materials

Using the settings above, I would expect the minimum frame to use just over 500g of material, therefore it will use about half a roll of PLA, and cost me about £12.50 in raw material costs. Even with an additional long divider and a couple of the shorter dividers, the whole lots shouldnt cost more than a single reel of PLA, making it much cheaper than the off the shelf alternative I found earlier.

Box Inner Dimensions

ISOmetric view showing inner box dimensions.

Closer look at the structure of the dividers.

ToolBox_Organiser

STL and .ipt files for Peli Style Toolcase Organiser

I have been trying to find a cheap but smart solution for organising my tools in my Peli Style toolcase.

I found a few off the shelf versions, I particularly liked this product from TrekPak.

However the cost was extremly offputting given the materials they used. I wanted something clean and configurable but cheaper. Preferably with materials I already had to hand.

My Solution: 3D Printed ToolCase Inserts

The inserts are made up of a total of 6 different parts. The minimum parts to make the inserts are:

Quantity	Part	Colour
4 x	Part A	Light Blue
2 x	Part B	Dark Blue
2 x	Part C	Green
2 x	Part D	Purple
10	Parts Total

Part B is glued between 2 x part A to make up one of the horizontal dividers.

Part C and Part D are glued together to make up one vertical dividers.

Additional horizontal and vertical dividors can be printed as required.

Part E and F (Pink) are shorter row dividers and can be printed as required to splitting up rows into shorter sections.

This was done to make sure the parts could be printed on smaller printers. I dont think any part is larger than 150mmx150mm

All parts are 7mm wide, and so far seem strong enough to work for this purpose.

Find all finished STLs in V1.0 Parts folder

Print Settings

I am using an AnyCubic S3, and I have chosen to print each part standing up. With my current print settings in cura:

Setting	Value
Layer Height	0.2 mm
Print Speed	50mm/s
Infill	18.0%
Infill Pattern	Gyroid
Build Plate	Brim
Brim Width	8.0 mm

The average parts are coming out as just under 5 hours of print time, and uses approximatly 50g of PLA.

Total print time for my use will be ~ 65 hours!

Costing and Materials

Using the settings above, I would expect the minimum frame to use just over 500g of material, therefore it will use about half a roll of PLA, and cost me about £12.50 in raw material costs. Even with an additional long divider and a couple of the shorter dividers, the whole lots shouldnt cost more than a single reel of PLA, making it much cheaper than the off the shelf alternative I found earlier.

Box Inner Dimensions

ISOmetric view showing inner box dimensions.

Closer look at the structure of the dividers.

ToolBox_Organiser

STL and .ipt files for Peli Style Toolcase Organiser

I have been trying to find a cheap but smart solution for organising my tools in my Peli Style toolcase.

I found a few off the shelf versions, I particularly liked this product from TrekPak.

However the cost was extremly offputting given the materials they used. I wanted something clean and configurable but cheaper. Preferably with materials I already had to hand.

My Solution: 3D Printed ToolCase Inserts

The inserts are made up of a total of 6 different parts. The minimum parts to make the inserts are:

Quantity	Part	Colour
4 x	Part A	Light Blue
2 x	Part B	Dark Blue
2 x	Part C	Green
2 x	Part D	Purple
10	Parts Total

Part B is glued between 2 x part A to make up one of the horizontal dividers.

Part C and Part D are glued together to make up one vertical dividers.

Additional horizontal and vertical dividors can be printed as required.

Part E and F (Pink) are shorter row dividers and can be printed as required to splitting up rows into shorter sections.

This was done to make sure the parts could be printed on smaller printers. I dont think any part is larger than 150mmx150mm

All parts are 7mm wide, and so far seem strong enough to work for this purpose.

Find all finished STLs in V1.0 Parts folder

Print Settings

I am using an AnyCubic S3, and I have chosen to print each part standing up. With my current print settings in cura:

Setting	Value
Layer Height	0.2 mm
Print Speed	50mm/s
Infill	18.0%
Infill Pattern	Gyroid
Build Plate	Brim
Brim Width	8.0 mm

The average parts are coming out as just under 5 hours of print time, and uses approximatly 50g of PLA.

Total print time for my use will be ~ 65 hours!

Costing and Materials

Using the settings above, I would expect the minimum frame to use just over 500g of material, therefore it will use about half a roll of PLA, and cost me about £12.50 in raw material costs. Even with an additional long divider and a couple of the shorter dividers, the whole lots shouldnt cost more than a single reel of PLA, making it much cheaper than the off the shelf alternative I found earlier.

Box Inner Dimensions

ISOmetric view showing inner box dimensions.

Closer look at the structure of the dividers.

ToolBox_Organiser

STL and .ipt files for Peli Style Toolcase Organiser

I have been trying to find a cheap but smart solution for organising my tools in my Peli Style toolcase.

I found a few off the shelf versions, I particularly liked this product from TrekPak.

However the cost was extremly offputting given the materials they used. I wanted something clean and configurable but cheaper. Preferably with materials I already had to hand.

My Solution: 3D Printed ToolCase Inserts

The inserts are made up of a total of 6 different parts. The minimum parts to make the inserts are:

Quantity	Part	Colour
4 x	Part A	Light Blue
2 x	Part B	Dark Blue
2 x	Part C	Green
2 x	Part D	Purple
10	Parts Total

Part B is glued between 2 x part A to make up one of the horizontal dividers.

Part C and Part D are glued together to make up one vertical dividers.

Additional horizontal and vertical dividors can be printed as required.

Part E and F (Pink) are shorter row dividers and can be printed as required to splitting up rows into shorter sections.

This was done to make sure the parts could be printed on smaller printers. I dont think any part is larger than 150mmx150mm

All parts are 7mm wide, and so far seem strong enough to work for this purpose.

Find all finished STLs in V1.0 Parts folder

Print Settings

I am using an AnyCubic S3, and I have chosen to print each part standing up. With my current print settings in cura:

Setting	Value
Layer Height	0.2 mm
Print Speed	50mm/s
Infill	18.0%
Infill Pattern	Gyroid
Build Plate	Brim
Brim Width	8.0 mm

The average parts are coming out as just under 5 hours of print time, and uses approximatly 50g of PLA.

Total print time for my use will be ~ 65 hours!

Costing and Materials

Using the settings above, I would expect the minimum frame to use just over 500g of material, therefore it will use about half a roll of PLA, and cost me about £12.50 in raw material costs. Even with an additional long divider and a couple of the shorter dividers, the whole lots shouldnt cost more than a single reel of PLA, making it much cheaper than the off the shelf alternative I found earlier.

Box Inner Dimensions

ISOmetric view showing inner box dimensions.

Closer look at the structure of the dividers.

ToolBox_Organiser

STL and .ipt files for Peli Style Toolcase Organiser

I have been trying to find a cheap but smart solution for organising my tools in my Peli Style toolcase.

I found a few off the shelf versions, I particularly liked this product from TrekPak.

However the cost was extremly offputting given the materials they used. I wanted something clean and configurable but cheaper. Preferably with materials I already had to hand.

My Solution: 3D Printed ToolCase Inserts

The inserts are made up of a total of 6 different parts. The minimum parts to make the inserts are:

Quantity	Part	Colour
4 x	Part A	Light Blue
2 x	Part B	Dark Blue
2 x	Part C	Green
2 x	Part D	Purple
10	Parts Total

Part B is glued between 2 x part A to make up one of the horizontal dividers.

Part C and Part D are glued together to make up one vertical dividers.

Additional horizontal and vertical dividors can be printed as required.

Part E and F (Pink) are shorter row dividers and can be printed as required to splitting up rows into shorter sections.

This was done to make sure the parts could be printed on smaller printers. I dont think any part is larger than 150mmx150mm

All parts are 7mm wide, and so far seem strong enough to work for this purpose.

Find all finished STLs in V1.0 Parts folder

Print Settings

I am using an AnyCubic S3, and I have chosen to print each part standing up. With my current print settings in cura:

Setting	Value
Layer Height	0.2 mm
Print Speed	50mm/s
Infill	18.0%
Infill Pattern	Gyroid
Build Plate	Brim
Brim Width	8.0 mm

The average parts are coming out as just under 5 hours of print time, and uses approximatly 50g of PLA.

Total print time for my use will be ~ 65 hours!

Costing and Materials

Using the settings above, I would expect the minimum frame to use just over 500g of material, therefore it will use about half a roll of PLA, and cost me about £12.50 in raw material costs. Even with an additional long divider and a couple of the shorter dividers, the whole lots shouldnt cost more than a single reel of PLA, making it much cheaper than the off the shelf alternative I found earlier.

Box Inner Dimensions

ISOmetric view showing inner box dimensions.

Closer look at the structure of the dividers.

Name		Name	Last commit message	Last commit date
Cura Print Settings		Cura Print Settings
Media		Media
OldVersions		OldVersions
V1.0 Parts		V1.0 Parts
V1.1 Parts		V1.1 Parts
V1.2 Parts		V1.2 Parts
.gitattributes		.gitattributes
LICENSE		LICENSE
PART_A_hoz.ipt		PART_A_hoz.ipt
PART_A_hoz_1.1.ipt		PART_A_hoz_1.1.ipt
PART_A_hoz_V1.2.ipt		PART_A_hoz_V1.2.ipt
PART_B_hoz.ipt		PART_B_hoz.ipt
PART_C_Vert_V1.2.ipt		PART_C_Vert_V1.2.ipt
PART_C_vert.ipt		PART_C_vert.ipt
PART_D_vert.ipt		PART_D_vert.ipt
PART_D_vert_V1.2.ipt		PART_D_vert_V1.2.ipt
PART_E_div.ipt		PART_E_div.ipt
PART_F_2wayDiv.ipt		PART_F_2wayDiv.ipt
README.md		README.md
ToolBox_Assembly.ipt		ToolBox_Assembly.ipt
Tray1_A.ipt		Tray1_A.ipt
V1.2-bambu-print.3mf		V1.2-bambu-print.3mf

Name		Name	Last commit message	Last commit date
Cura Print Settings		Cura Print Settings
Media		Media
OldVersions		OldVersions
V1.0 Parts		V1.0 Parts
V1.1 Parts		V1.1 Parts
V1.2 Parts		V1.2 Parts
.gitattributes		.gitattributes
LICENSE		LICENSE
PART_A_hoz.ipt		PART_A_hoz.ipt
PART_A_hoz_1.1.ipt		PART_A_hoz_1.1.ipt
PART_A_hoz_V1.2.ipt		PART_A_hoz_V1.2.ipt
PART_B_hoz.ipt		PART_B_hoz.ipt
PART_C_Vert_V1.2.ipt		PART_C_Vert_V1.2.ipt
PART_C_vert.ipt		PART_C_vert.ipt
PART_D_vert.ipt		PART_D_vert.ipt
PART_D_vert_V1.2.ipt		PART_D_vert_V1.2.ipt
PART_E_div.ipt		PART_E_div.ipt
PART_F_2wayDiv.ipt		PART_F_2wayDiv.ipt
README.md		README.md
ToolBox_Assembly.ipt		ToolBox_Assembly.ipt
Tray1_A.ipt		Tray1_A.ipt
V1.2-bambu-print.3mf		V1.2-bambu-print.3mf

Name		Name	Last commit message	Last commit date
Cura Print Settings		Cura Print Settings
Media		Media
OldVersions		OldVersions
V1.0 Parts		V1.0 Parts
V1.1 Parts		V1.1 Parts
V1.2 Parts		V1.2 Parts
.gitattributes		.gitattributes
LICENSE		LICENSE
PART_A_hoz.ipt		PART_A_hoz.ipt
PART_A_hoz_1.1.ipt		PART_A_hoz_1.1.ipt
PART_A_hoz_V1.2.ipt		PART_A_hoz_V1.2.ipt
PART_B_hoz.ipt		PART_B_hoz.ipt
PART_C_Vert_V1.2.ipt		PART_C_Vert_V1.2.ipt
PART_C_vert.ipt		PART_C_vert.ipt
PART_D_vert.ipt		PART_D_vert.ipt
PART_D_vert_V1.2.ipt		PART_D_vert_V1.2.ipt
PART_E_div.ipt		PART_E_div.ipt
PART_F_2wayDiv.ipt		PART_F_2wayDiv.ipt
README.md		README.md
ToolBox_Assembly.ipt		ToolBox_Assembly.ipt
Tray1_A.ipt		Tray1_A.ipt
V1.2-bambu-print.3mf		V1.2-bambu-print.3mf

Name		Name	Last commit message	Last commit date
Cura Print Settings		Cura Print Settings
Media		Media
OldVersions		OldVersions
V1.0 Parts		V1.0 Parts
V1.1 Parts		V1.1 Parts
V1.2 Parts		V1.2 Parts
.gitattributes		.gitattributes
LICENSE		LICENSE
PART_A_hoz.ipt		PART_A_hoz.ipt
PART_A_hoz_1.1.ipt		PART_A_hoz_1.1.ipt
PART_A_hoz_V1.2.ipt		PART_A_hoz_V1.2.ipt
PART_B_hoz.ipt		PART_B_hoz.ipt
PART_C_Vert_V1.2.ipt		PART_C_Vert_V1.2.ipt
PART_C_vert.ipt		PART_C_vert.ipt
PART_D_vert.ipt		PART_D_vert.ipt
PART_D_vert_V1.2.ipt		PART_D_vert_V1.2.ipt
PART_E_div.ipt		PART_E_div.ipt
PART_F_2wayDiv.ipt		PART_F_2wayDiv.ipt
README.md		README.md
ToolBox_Assembly.ipt		ToolBox_Assembly.ipt
Tray1_A.ipt		Tray1_A.ipt
V1.2-bambu-print.3mf		V1.2-bambu-print.3mf

Name		Name	Last commit message	Last commit date
Cura Print Settings		Cura Print Settings
Media		Media
OldVersions		OldVersions
V1.0 Parts		V1.0 Parts
V1.1 Parts		V1.1 Parts
V1.2 Parts		V1.2 Parts
.gitattributes		.gitattributes
LICENSE		LICENSE
PART_A_hoz.ipt		PART_A_hoz.ipt
PART_A_hoz_1.1.ipt		PART_A_hoz_1.1.ipt
PART_A_hoz_V1.2.ipt		PART_A_hoz_V1.2.ipt
PART_B_hoz.ipt		PART_B_hoz.ipt
PART_C_Vert_V1.2.ipt		PART_C_Vert_V1.2.ipt
PART_C_vert.ipt		PART_C_vert.ipt
PART_D_vert.ipt		PART_D_vert.ipt
PART_D_vert_V1.2.ipt		PART_D_vert_V1.2.ipt
PART_E_div.ipt		PART_E_div.ipt
PART_F_2wayDiv.ipt		PART_F_2wayDiv.ipt
README.md		README.md
ToolBox_Assembly.ipt		ToolBox_Assembly.ipt
Tray1_A.ipt		Tray1_A.ipt
V1.2-bambu-print.3mf		V1.2-bambu-print.3mf

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ToolBox_Organiser

My Solution: 3D Printed ToolCase Inserts

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Costing and Materials

Box Inner Dimensions

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ToolBox_Organiser

My Solution: 3D Printed ToolCase Inserts

Print Settings

Costing and Materials

Box Inner Dimensions

About

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ToolBox_Organiser

My Solution: 3D Printed ToolCase Inserts

Print Settings

Costing and Materials

Box Inner Dimensions

About

Resources

Stars

Watchers

Forks

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Contributors

Languages

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ToolBox_Organiser

My Solution: 3D Printed ToolCase Inserts

Print Settings

Costing and Materials

Box Inner Dimensions

About

Resources

Stars

Watchers

Forks

Releases

Packages

Contributors

Languages

Uh oh!

Latest commit

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