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Router table the finale

Router table the finale
A little tour through my last part on this project.

Image

So here are the place we will end as usual… Yes I am Mr. backwards.

Image

To finish where we ended last, this is the glue up of the vacuum hole.
I made pieces of plywood that could make it tight, so the suction will be optimal.
Did that make any sense?

Image

No this is not a ship drill press… And you are not on drugs!
It's just tilted to drill the holes for the vacuum hose mount, I wanted it to come in on a angel, so I can focus the suction. (Also I get the chance to make some show of my digital gadgets… Yes I'm a child).

Image

Making the holes so close I don't have to do any more than that… Lazy me.

Image

Two holes for the mount.

Image

Ready to mount.
Here you can see the air hole has been tightened with plywood.

Image

Just plug in the hose and action!

Image

Here from the front - vacum part ready.

Image

Next part here are just for fun!
I was at Napoleons place, and on the wall was hanging a cromed handle, and he said I coud take it for my router table. So I did.

Image

Then some of this epoxy clay, and a hex bit.

Image
And here we are a beautiful router lift key!
Thank you Napoleon.

Image

Feather boards.
Here are the parts. I had some from a broken crappy router table, but they can be made of wood to.
On this picture you also see I put a pair of threaded inserts on the front (Used the little piece of plywood to avoid tear out).

Image

Here we are! The fancy key, and top feather board.

Image

When impatient, use a hex on the accu.

Image


Two holes in the table also, threading them and viola!
Now I'm the lucky owner of a router table finally.

That's it!

Hope it could be a inspiration to some, and just a sweet laugh to others

Best thoughts,

MaFe
once more time you have forced me to make an appointment with my Doktor
so I can have my Jaw fixed after it hit the concrete floor three times during your blogs
of this ….this ….wonderfull new applience to your toy

well done Mads :) enjoy

take care
Dennis
 

Attachments

Router table the finale

Router table the finale
A little tour through my last part on this project.

Image

So here are the place we will end as usual… Yes I am Mr. backwards.

Image

To finish where we ended last, this is the glue up of the vacuum hole.
I made pieces of plywood that could make it tight, so the suction will be optimal.
Did that make any sense?

Image

No this is not a ship drill press… And you are not on drugs!
It's just tilted to drill the holes for the vacuum hose mount, I wanted it to come in on a angel, so I can focus the suction. (Also I get the chance to make some show of my digital gadgets… Yes I'm a child).

Image

Making the holes so close I don't have to do any more than that… Lazy me.

Image

Two holes for the mount.

Image

Ready to mount.
Here you can see the air hole has been tightened with plywood.

Image

Just plug in the hose and action!

Image

Here from the front - vacum part ready.

Image

Next part here are just for fun!
I was at Napoleons place, and on the wall was hanging a cromed handle, and he said I coud take it for my router table. So I did.

Image

Then some of this epoxy clay, and a hex bit.

Image
And here we are a beautiful router lift key!
Thank you Napoleon.

Image

Feather boards.
Here are the parts. I had some from a broken crappy router table, but they can be made of wood to.
On this picture you also see I put a pair of threaded inserts on the front (Used the little piece of plywood to avoid tear out).

Image

Here we are! The fancy key, and top feather board.

Image

When impatient, use a hex on the accu.

Image


Two holes in the table also, threading them and viola!
Now I'm the lucky owner of a router table finally.

That's it!

Hope it could be a inspiration to some, and just a sweet laugh to others

Best thoughts,

MaFe
I love the way you pay attention to the little details.Another great tutorial and great tool for your shop. Well done, Mads. Rand
 

Attachments

Router table the finale

Router table the finale
A little tour through my last part on this project.

Image

So here are the place we will end as usual… Yes I am Mr. backwards.

Image

To finish where we ended last, this is the glue up of the vacuum hole.
I made pieces of plywood that could make it tight, so the suction will be optimal.
Did that make any sense?

Image

No this is not a ship drill press… And you are not on drugs!
It's just tilted to drill the holes for the vacuum hose mount, I wanted it to come in on a angel, so I can focus the suction. (Also I get the chance to make some show of my digital gadgets… Yes I'm a child).

Image

Making the holes so close I don't have to do any more than that… Lazy me.

Image

Two holes for the mount.

Image

Ready to mount.
Here you can see the air hole has been tightened with plywood.

Image

Just plug in the hose and action!

Image

Here from the front - vacum part ready.

Image

Next part here are just for fun!
I was at Napoleons place, and on the wall was hanging a cromed handle, and he said I coud take it for my router table. So I did.

Image

Then some of this epoxy clay, and a hex bit.

Image
And here we are a beautiful router lift key!
Thank you Napoleon.

Image

Feather boards.
Here are the parts. I had some from a broken crappy router table, but they can be made of wood to.
On this picture you also see I put a pair of threaded inserts on the front (Used the little piece of plywood to avoid tear out).

Image

Here we are! The fancy key, and top feather board.

Image

When impatient, use a hex on the accu.

Image


Two holes in the table also, threading them and viola!
Now I'm the lucky owner of a router table finally.

That's it!

Hope it could be a inspiration to some, and just a sweet laugh to others

Best thoughts,

MaFe
Makes my wood table a very sorry sight. One day, one day, I'll try to build something like this. Hmmm I wonder if Napoleon has another of those great chrome handles hanging around. ha ha

O.K. Mads…. what's up? Three blogs on this project and no pipe! Have you quit smoking?
 

Attachments

Router table the finale

Router table the finale
A little tour through my last part on this project.

Image

So here are the place we will end as usual… Yes I am Mr. backwards.

Image

To finish where we ended last, this is the glue up of the vacuum hole.
I made pieces of plywood that could make it tight, so the suction will be optimal.
Did that make any sense?

Image

No this is not a ship drill press… And you are not on drugs!
It's just tilted to drill the holes for the vacuum hose mount, I wanted it to come in on a angel, so I can focus the suction. (Also I get the chance to make some show of my digital gadgets… Yes I'm a child).

Image

Making the holes so close I don't have to do any more than that… Lazy me.

Image

Two holes for the mount.

Image

Ready to mount.
Here you can see the air hole has been tightened with plywood.

Image

Just plug in the hose and action!

Image

Here from the front - vacum part ready.

Image

Next part here are just for fun!
I was at Napoleons place, and on the wall was hanging a cromed handle, and he said I coud take it for my router table. So I did.

Image

Then some of this epoxy clay, and a hex bit.

Image
And here we are a beautiful router lift key!
Thank you Napoleon.

Image

Feather boards.
Here are the parts. I had some from a broken crappy router table, but they can be made of wood to.
On this picture you also see I put a pair of threaded inserts on the front (Used the little piece of plywood to avoid tear out).

Image

Here we are! The fancy key, and top feather board.

Image

When impatient, use a hex on the accu.

Image


Two holes in the table also, threading them and viola!
Now I'm the lucky owner of a router table finally.

That's it!

Hope it could be a inspiration to some, and just a sweet laugh to others

Best thoughts,

MaFe
Thanks for putting together these blogs for this project. It incorporates a number of ideas that I may be able to utilize in the future with my sculptural work.
 

Attachments

Router table the finale

Router table the finale
A little tour through my last part on this project.

Image

So here are the place we will end as usual… Yes I am Mr. backwards.

Image

To finish where we ended last, this is the glue up of the vacuum hole.
I made pieces of plywood that could make it tight, so the suction will be optimal.
Did that make any sense?

Image

No this is not a ship drill press… And you are not on drugs!
It's just tilted to drill the holes for the vacuum hose mount, I wanted it to come in on a angel, so I can focus the suction. (Also I get the chance to make some show of my digital gadgets… Yes I'm a child).

Image

Making the holes so close I don't have to do any more than that… Lazy me.

Image

Two holes for the mount.

Image

Ready to mount.
Here you can see the air hole has been tightened with plywood.

Image

Just plug in the hose and action!

Image

Here from the front - vacum part ready.

Image

Next part here are just for fun!
I was at Napoleons place, and on the wall was hanging a cromed handle, and he said I coud take it for my router table. So I did.

Image

Then some of this epoxy clay, and a hex bit.

Image
And here we are a beautiful router lift key!
Thank you Napoleon.

Image

Feather boards.
Here are the parts. I had some from a broken crappy router table, but they can be made of wood to.
On this picture you also see I put a pair of threaded inserts on the front (Used the little piece of plywood to avoid tear out).

Image

Here we are! The fancy key, and top feather board.

Image

When impatient, use a hex on the accu.

Image


Two holes in the table also, threading them and viola!
Now I'm the lucky owner of a router table finally.

That's it!

Hope it could be a inspiration to some, and just a sweet laugh to others

Best thoughts,

MaFe
Wonderful.

Jamie
 

Attachments

Router table the finale

Router table the finale
A little tour through my last part on this project.

Image

So here are the place we will end as usual… Yes I am Mr. backwards.

Image

To finish where we ended last, this is the glue up of the vacuum hole.
I made pieces of plywood that could make it tight, so the suction will be optimal.
Did that make any sense?

Image

No this is not a ship drill press… And you are not on drugs!
It's just tilted to drill the holes for the vacuum hose mount, I wanted it to come in on a angel, so I can focus the suction. (Also I get the chance to make some show of my digital gadgets… Yes I'm a child).

Image

Making the holes so close I don't have to do any more than that… Lazy me.

Image

Two holes for the mount.

Image

Ready to mount.
Here you can see the air hole has been tightened with plywood.

Image

Just plug in the hose and action!

Image

Here from the front - vacum part ready.

Image

Next part here are just for fun!
I was at Napoleons place, and on the wall was hanging a cromed handle, and he said I coud take it for my router table. So I did.

Image

Then some of this epoxy clay, and a hex bit.

Image
And here we are a beautiful router lift key!
Thank you Napoleon.

Image

Feather boards.
Here are the parts. I had some from a broken crappy router table, but they can be made of wood to.
On this picture you also see I put a pair of threaded inserts on the front (Used the little piece of plywood to avoid tear out).

Image

Here we are! The fancy key, and top feather board.

Image

When impatient, use a hex on the accu.

Image


Two holes in the table also, threading them and viola!
Now I'm the lucky owner of a router table finally.

That's it!

Hope it could be a inspiration to some, and just a sweet laugh to others

Best thoughts,

MaFe
Great job Mads
 

Attachments

Discussion starter · #27 ·
Router table mechanics (bonus material)

Router table mechanics (bonus material)
A little tour through the tecnical idea.

After request, I will make a quick explanation of the mecanism.

Image

Here a overview of the parts.

Image

The parts.
Some 5mm aluminium, nylon slider (can be made from other materials), threaded rod, joining not (or what ever it is called), bolt with flat hex nut head, and some loctite.

Image

Here are the bolt head on the top of the table.
Countersink so the bolt are under the table top.
(Yes my freehand routing went all wrong…).

Image

So the way it works!
The bolt from the table top are joined with a threaded rod with a 'joining bolt' I used Loctite to fasten them.
On the rod a square nut that can move up and down.

Image

In the glider there are a hole that holds the bolt in place.
I split the glider into two parts, since the threaded rod had to be in the center.

Image


In the other end of the glider, the lifter are mounted.
The lifter are made from a 5mm alu. piece, and attached to the gliders by the little screws (two in each).
(The fifth screw have no purpose…).
I also mounted a piece of round alu. to push the router.

Image

The round alu. are mounted with two screws.
A feather are attached from the lifter to the skeleton - the spring will bring the arm upwards when the router are not attached.

Image

The lifter with the router attached.

Image

The spring attachment.

Image

Ohhhh yes, and I made a little order in my router bits also…

Hope it could be a inspiration - 'the shortest distance between people are a smile'!

Best thoughts,

MaFe
 

Attachments

Router table mechanics (bonus material)

Router table mechanics (bonus material)
A little tour through the tecnical idea.

After request, I will make a quick explanation of the mecanism.

Image

Here a overview of the parts.

Image

The parts.
Some 5mm aluminium, nylon slider (can be made from other materials), threaded rod, joining not (or what ever it is called), bolt with flat hex nut head, and some loctite.

Image

Here are the bolt head on the top of the table.
Countersink so the bolt are under the table top.
(Yes my freehand routing went all wrong…).

Image

So the way it works!
The bolt from the table top are joined with a threaded rod with a 'joining bolt' I used Loctite to fasten them.
On the rod a square nut that can move up and down.

Image

In the glider there are a hole that holds the bolt in place.
I split the glider into two parts, since the threaded rod had to be in the center.

Image


In the other end of the glider, the lifter are mounted.
The lifter are made from a 5mm alu. piece, and attached to the gliders by the little screws (two in each).
(The fifth screw have no purpose…).
I also mounted a piece of round alu. to push the router.

Image

The round alu. are mounted with two screws.
A feather are attached from the lifter to the skeleton - the spring will bring the arm upwards when the router are not attached.

Image

The lifter with the router attached.

Image

The spring attachment.

Image

Ohhhh yes, and I made a little order in my router bits also…

Hope it could be a inspiration - 'the shortest distance between people are a smile'!

Best thoughts,

MaFe
Now that is clever Mr President.

Jamie :)
 

Attachments

Router table mechanics (bonus material)

Router table mechanics (bonus material)
A little tour through the tecnical idea.

After request, I will make a quick explanation of the mecanism.

Image

Here a overview of the parts.

Image

The parts.
Some 5mm aluminium, nylon slider (can be made from other materials), threaded rod, joining not (or what ever it is called), bolt with flat hex nut head, and some loctite.

Image

Here are the bolt head on the top of the table.
Countersink so the bolt are under the table top.
(Yes my freehand routing went all wrong…).

Image

So the way it works!
The bolt from the table top are joined with a threaded rod with a 'joining bolt' I used Loctite to fasten them.
On the rod a square nut that can move up and down.

Image

In the glider there are a hole that holds the bolt in place.
I split the glider into two parts, since the threaded rod had to be in the center.

Image


In the other end of the glider, the lifter are mounted.
The lifter are made from a 5mm alu. piece, and attached to the gliders by the little screws (two in each).
(The fifth screw have no purpose…).
I also mounted a piece of round alu. to push the router.

Image

The round alu. are mounted with two screws.
A feather are attached from the lifter to the skeleton - the spring will bring the arm upwards when the router are not attached.

Image

The lifter with the router attached.

Image

The spring attachment.

Image

Ohhhh yes, and I made a little order in my router bits also…

Hope it could be a inspiration - 'the shortest distance between people are a smile'!

Best thoughts,

MaFe
Wonderful, Mads! And I agree with Jamie….very clever.

To clarify for others that may become a little confused… in pictures #7 and #9 your description refers to the 'feather.'

I think it was a slip of your mother tongue as I'm sure a direct translation of the Danish word (I believe 'fjer' is probably the same in Swedish - 'fjäder' which means 'feather' in English), while the other translation of the word 'fjer' also like in Swedish is 'spring' which is what you are refering to in these pictures. A very understandable linguistic mistake I think you overlooked as in your first picture you have the 'fjer' labeled in red as the 'spring'.

Merely a clarification if any are confused, as the yellow plastic components used in this project to keep the work to be routed tight to the fence is indeed referred to as a 'feather' board.

Wonderful pictorial and descriptive tutorial, as always, my hat is off to you sir!
 

Attachments

Discussion starter · #30 ·
Router table mechanics (bonus material)

Router table mechanics (bonus material)
A little tour through the tecnical idea.

After request, I will make a quick explanation of the mecanism.

Image

Here a overview of the parts.

Image

The parts.
Some 5mm aluminium, nylon slider (can be made from other materials), threaded rod, joining not (or what ever it is called), bolt with flat hex nut head, and some loctite.

Image

Here are the bolt head on the top of the table.
Countersink so the bolt are under the table top.
(Yes my freehand routing went all wrong…).

Image

So the way it works!
The bolt from the table top are joined with a threaded rod with a 'joining bolt' I used Loctite to fasten them.
On the rod a square nut that can move up and down.

Image

In the glider there are a hole that holds the bolt in place.
I split the glider into two parts, since the threaded rod had to be in the center.

Image


In the other end of the glider, the lifter are mounted.
The lifter are made from a 5mm alu. piece, and attached to the gliders by the little screws (two in each).
(The fifth screw have no purpose…).
I also mounted a piece of round alu. to push the router.

Image

The round alu. are mounted with two screws.
A feather are attached from the lifter to the skeleton - the spring will bring the arm upwards when the router are not attached.

Image

The lifter with the router attached.

Image

The spring attachment.

Image

Ohhhh yes, and I made a little order in my router bits also…

Hope it could be a inspiration - 'the shortest distance between people are a smile'!

Best thoughts,

MaFe
Thank you Rick, Correction made - It was spring I meant. And thank you for your kind words.
I'm always happy when I'm told my mistakes. In danish it's called a fjeder, so yes I must have thought of this…
Jamie, merci my kind private!
Best thoughts and a little feather,
Mads
 

Attachments

Router table mechanics (bonus material)

Router table mechanics (bonus material)
A little tour through the tecnical idea.

After request, I will make a quick explanation of the mecanism.

Image

Here a overview of the parts.

Image

The parts.
Some 5mm aluminium, nylon slider (can be made from other materials), threaded rod, joining not (or what ever it is called), bolt with flat hex nut head, and some loctite.

Image

Here are the bolt head on the top of the table.
Countersink so the bolt are under the table top.
(Yes my freehand routing went all wrong…).

Image

So the way it works!
The bolt from the table top are joined with a threaded rod with a 'joining bolt' I used Loctite to fasten them.
On the rod a square nut that can move up and down.

Image

In the glider there are a hole that holds the bolt in place.
I split the glider into two parts, since the threaded rod had to be in the center.

Image


In the other end of the glider, the lifter are mounted.
The lifter are made from a 5mm alu. piece, and attached to the gliders by the little screws (two in each).
(The fifth screw have no purpose…).
I also mounted a piece of round alu. to push the router.

Image

The round alu. are mounted with two screws.
A feather are attached from the lifter to the skeleton - the spring will bring the arm upwards when the router are not attached.

Image

The lifter with the router attached.

Image

The spring attachment.

Image

Ohhhh yes, and I made a little order in my router bits also…

Hope it could be a inspiration - 'the shortest distance between people are a smile'!

Best thoughts,

MaFe
And then I go and confuse myself… ha ha…

I think it is the same word in Danish and Swedish although just different spellings

fjeder (Danish) = fjäder (Swedish) = feather/spring (English)

it is late night and my fingers were beginning to lock up, along with my mind…..

my best to you, Mads!
 

Attachments

Router table mechanics (bonus material)

Router table mechanics (bonus material)
A little tour through the tecnical idea.

After request, I will make a quick explanation of the mecanism.

Image

Here a overview of the parts.

Image

The parts.
Some 5mm aluminium, nylon slider (can be made from other materials), threaded rod, joining not (or what ever it is called), bolt with flat hex nut head, and some loctite.

Image

Here are the bolt head on the top of the table.
Countersink so the bolt are under the table top.
(Yes my freehand routing went all wrong…).

Image

So the way it works!
The bolt from the table top are joined with a threaded rod with a 'joining bolt' I used Loctite to fasten them.
On the rod a square nut that can move up and down.

Image

In the glider there are a hole that holds the bolt in place.
I split the glider into two parts, since the threaded rod had to be in the center.

Image


In the other end of the glider, the lifter are mounted.
The lifter are made from a 5mm alu. piece, and attached to the gliders by the little screws (two in each).
(The fifth screw have no purpose…).
I also mounted a piece of round alu. to push the router.

Image

The round alu. are mounted with two screws.
A feather are attached from the lifter to the skeleton - the spring will bring the arm upwards when the router are not attached.

Image

The lifter with the router attached.

Image

The spring attachment.

Image

Ohhhh yes, and I made a little order in my router bits also…

Hope it could be a inspiration - 'the shortest distance between people are a smile'!

Best thoughts,

MaFe
Really clever job Mads I like the way you combine your engineering skills with your woodworking Big Smiles
Trevor
 

Attachments

Router table mechanics (bonus material)

Router table mechanics (bonus material)
A little tour through the tecnical idea.

After request, I will make a quick explanation of the mecanism.

Image

Here a overview of the parts.

Image

The parts.
Some 5mm aluminium, nylon slider (can be made from other materials), threaded rod, joining not (or what ever it is called), bolt with flat hex nut head, and some loctite.

Image

Here are the bolt head on the top of the table.
Countersink so the bolt are under the table top.
(Yes my freehand routing went all wrong…).

Image

So the way it works!
The bolt from the table top are joined with a threaded rod with a 'joining bolt' I used Loctite to fasten them.
On the rod a square nut that can move up and down.

Image

In the glider there are a hole that holds the bolt in place.
I split the glider into two parts, since the threaded rod had to be in the center.

Image


In the other end of the glider, the lifter are mounted.
The lifter are made from a 5mm alu. piece, and attached to the gliders by the little screws (two in each).
(The fifth screw have no purpose…).
I also mounted a piece of round alu. to push the router.

Image

The round alu. are mounted with two screws.
A feather are attached from the lifter to the skeleton - the spring will bring the arm upwards when the router are not attached.

Image

The lifter with the router attached.

Image

The spring attachment.

Image

Ohhhh yes, and I made a little order in my router bits also…

Hope it could be a inspiration - 'the shortest distance between people are a smile'!

Best thoughts,

MaFe
The product of a very bright mind Mads, and generous of you to share it. This is bound to be copied by a lot of people. You deserve a gold star for this one.
 

Attachments

Router table mechanics (bonus material)

Router table mechanics (bonus material)
A little tour through the tecnical idea.

After request, I will make a quick explanation of the mecanism.

Image

Here a overview of the parts.

Image

The parts.
Some 5mm aluminium, nylon slider (can be made from other materials), threaded rod, joining not (or what ever it is called), bolt with flat hex nut head, and some loctite.

Image

Here are the bolt head on the top of the table.
Countersink so the bolt are under the table top.
(Yes my freehand routing went all wrong…).

Image

So the way it works!
The bolt from the table top are joined with a threaded rod with a 'joining bolt' I used Loctite to fasten them.
On the rod a square nut that can move up and down.

Image

In the glider there are a hole that holds the bolt in place.
I split the glider into two parts, since the threaded rod had to be in the center.

Image


In the other end of the glider, the lifter are mounted.
The lifter are made from a 5mm alu. piece, and attached to the gliders by the little screws (two in each).
(The fifth screw have no purpose…).
I also mounted a piece of round alu. to push the router.

Image

The round alu. are mounted with two screws.
A feather are attached from the lifter to the skeleton - the spring will bring the arm upwards when the router are not attached.

Image

The lifter with the router attached.

Image

The spring attachment.

Image

Ohhhh yes, and I made a little order in my router bits also…

Hope it could be a inspiration - 'the shortest distance between people are a smile'!

Best thoughts,

MaFe
Mads, I might have to read these blogs a couple of times, and get some explanation on some of it. It's too much for this guy in one setting….

This is fantastic!
 

Attachments

Discussion starter · #35 ·
Router table mechanics (bonus material)

Router table mechanics (bonus material)
A little tour through the tecnical idea.

After request, I will make a quick explanation of the mecanism.

Image

Here a overview of the parts.

Image

The parts.
Some 5mm aluminium, nylon slider (can be made from other materials), threaded rod, joining not (or what ever it is called), bolt with flat hex nut head, and some loctite.

Image

Here are the bolt head on the top of the table.
Countersink so the bolt are under the table top.
(Yes my freehand routing went all wrong…).

Image

So the way it works!
The bolt from the table top are joined with a threaded rod with a 'joining bolt' I used Loctite to fasten them.
On the rod a square nut that can move up and down.

Image

In the glider there are a hole that holds the bolt in place.
I split the glider into two parts, since the threaded rod had to be in the center.

Image


In the other end of the glider, the lifter are mounted.
The lifter are made from a 5mm alu. piece, and attached to the gliders by the little screws (two in each).
(The fifth screw have no purpose…).
I also mounted a piece of round alu. to push the router.

Image

The round alu. are mounted with two screws.
A feather are attached from the lifter to the skeleton - the spring will bring the arm upwards when the router are not attached.

Image

The lifter with the router attached.

Image

The spring attachment.

Image

Ohhhh yes, and I made a little order in my router bits also…

Hope it could be a inspiration - 'the shortest distance between people are a smile'!

Best thoughts,

MaFe
Rick, the best to you also, yes we are a wonderful pair of woodworders…
Mike, I hope it will be copied a lot, I love to inspire and share.
PaBull, ask away you are more than welcome.
Thank you for the sweet words,
best thoughts,
Mads
 

Attachments

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