Special Sizes

Selection Special Sizes

Materials by comparison

Grids in comparison

Didn't find the table size you were looking for?

If our standard offer does not include the right table size for you, you will find your desired size in our special size calculator. Select your system and material and specify the size of the table.

Individual clamping and replacement plate with bore holes

For your clamping table, manipulator, welding turntable or as a replacement plate – you can configure the right plate size here. Select your system and material and specify the size of the table.

Materials by comparison

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Description

Through-hardened tool steel out of special alloy Siegmund X8.8

Plasma nitrided

Basic hardness
approx. 360 – 420 Vickers

Surface hardness
approx. 500 – 900 Vickers

BAR-Coating

Side surface of Professional Extreme 8.7 and 8.8 is made of specific basic material S355J2+N incl. plasma nitriding and BAR-coating.

 

Through-hardened tool steel out of special alloy Siegmund X8.7

Plasma nitrided

Basic hardness
approx. 280 – 340 Vickers

Surface hardness
approx. 450 – 850 Vickers

BAR-Coating

Side surface of Professional Extreme 8.7 and 8.8 is made of specific basic material S355J2+N incl. plasma nitriding and BAR-coating.

 

premium steel S355J2+N
 

Plasma nitrided

Basic hardness
approx. 165 – 220 Vickers

Surface hardness
approx. 450 – 750 Vickers

BAR-Coating

 
-
 

 

premium steel S355J2+N
 

-

Basic hardness
approx. 165 – 220 Vickers

-
 

-

 
-
 

 

 

Through-hardened tool steel out of special alloy Siegmund X8.8

Plasma nitrided

Basic hardness
approx. 360 – 420 Vickers

Surface hardness
approx. 500 – 900 Vickers

BAR-Coating

Side surface of Professional Extreme 8.7 and 8.8 is made of specific basic material S355J2+N incl. plasma nitriding and BAR-coating.

 

Through-hardened tool steel out of special alloy Siegmund X8.7

Plasma nitrided

Basic hardness
approx. 280 – 340 Vickers

Surface hardness
approx. 450 – 850 Vickers

BAR-Coating

Side surface of Professional Extreme 8.7 and 8.8 is made of specific basic material S355J2+N incl. plasma nitriding and BAR-coating.

 

premium steel S355J2+N
 

Plasma nitrided

Basic hardness
approx. 165 – 220 Vickers

Surface hardness
approx. 450 – 750 Vickers

BAR-Coating

 
-
 

 

premium steel S355J2+N
 

-

Basic hardness
approx. 165 – 220 Vickers

-
 

-

 
-
 

 

 

Through-hardened tool steel out of special alloy Siegmund X8.8

Plasma nitrided

Basic hardness
approx. 360 – 420 Vickers

Surface hardness
approx. 500 – 900 Vickers

BAR-Coating

Side surface of Professional Extreme 8.7 and 8.8 is made of specific basic material S355J2+N incl. plasma nitriding and BAR-coating.

 

Through-hardened tool steel out of special alloy Siegmund X8.7

Plasma nitrided

Basic hardness
approx. 280 – 340 Vickers

Surface hardness
approx. 450 – 850 Vickers

BAR-Coating

Side surface of Professional Extreme 8.7 and 8.8 is made of specific basic material S355J2+N incl. plasma nitriding and BAR-coating.

 

premium steel S355J2+N
 

Plasma nitrided

Basic hardness
approx. 165 – 220 Vickers

Surface hardness
approx. 450 – 750 Vickers

BAR-Coating

 
-
 

 

premium steel S355J2+N
 

-

Basic hardness
approx. 165 – 220 Vickers

-
 

-

 
-
 

 

 

Specifications

Basic hardness
********

Surface hardness
**********

Impact-proof
**********

Scratch-proof
********

Protection against weld spatter
*******

Corrosion resistance
******

Point load
*******

Flatness in its new state
*******

Maintenance of the flatness under heavy use
*******

Life span
*******

 

Basic hardness
******

Surface hardness
********

Impact-proof
*******

Scratch-proof
******

Protection against weld spatter
*******

Corrosion resistance
******

Point load
******

Flatness in its new state
*******

Maintenance of the flatness under heavy use
*****

Life span
******

 

Basic hardness
**

Surface hardness
******

Impact-proof
***

Scratch-proof
****

Protection against weld spatter
******

Corrosion resistance
******

Point load
****

Flatness in its new state
*******

Maintenance of the flatness under heavy use
***

Life span
*****

 

Basic hardness
**

Surface hardness
**

Impact-proof
**

Scratch-proof
**

Protection against weld spatter
*

Corrosion resistance
*

Point load
***

Flatness in its new state
*******

Maintenance of the flatness under heavy use
*

Life span
**

 

Basic hardness
********

Surface hardness
**********

Impact-proof
**********

Scratch-proof
********

Protection against weld spatter
*******

Corrosion resistance
******

Point load
*******

Flatness in its new state
*******

Maintenance of the flatness under heavy use
*******

Life span
*******

 

Basic hardness
******

Surface hardness
********

Impact-proof
*******

Scratch-proof
******

Protection against weld spatter
*******

Corrosion resistance
******

Point load
******

Flatness in its new state
*******

Maintenance of the flatness under heavy use
*****

Life span
******

 

Basic hardness
**

Surface hardness
******

Impact-proof
***

Scratch-proof
****

Protection against weld spatter
******

Corrosion resistance
******

Point load
****

Flatness in its new state
*******

Maintenance of the flatness under heavy use
***

Life span
*****

 

Basic hardness
**

Surface hardness
**

Impact-proof
**

Scratch-proof
**

Protection against weld spatter
*

Corrosion resistance
*

Point load
***

Flatness in its new state
*******

Maintenance of the flatness under heavy use
*

Life span
**

 

Basic hardness
********

Surface hardness
**********

Impact-proof
**********

Scratch-proof
********

Protection against weld spatter
*******

Corrosion resistance
******

Point load
*******

Flatness in its new state
*******

Maintenance of the flatness under heavy use
*******

Life span
*******

 

Basic hardness
******

Surface hardness
********

Impact-proof
*******

Scratch-proof
******

Protection against weld spatter
*******

Corrosion resistance
******

Point load
******

Flatness in its new state
*******

Maintenance of the flatness under heavy use
*****

Life span
******

 

Basic hardness
**

Surface hardness
******

Impact-proof
***

Scratch-proof
****

Protection against weld spatter
******

Corrosion resistance
******

Point load
****

Flatness in its new state
*******

Maintenance of the flatness under heavy use
***

Life span
*****

 

Basic hardness
**

Surface hardness
**

Impact-proof
**

Scratch-proof
**

Protection against weld spatter
*

Corrosion resistance
*

Point load
***

Flatness in its new state
*******

Maintenance of the flatness under heavy use
*

Life span
**

 

*= Shows the improvement of the properties in the last few years.

Comparison of hardness: Surface hardness

The plasma nitriding and subsequent BAR-coating protect against scratches, corrosion and welding spatter.

Approximate Vickers Hardness

* with Plasma nitration

Comparison of hardness: Basic hardness

The high basic hardness is the essential hardness and allows a high impact resistance and a long service life of the welding table.

Approximate Vickers Hardness

Grids in comparison

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100 mm Grid / 50 mm Grid

The most prevalent borehole grid and lattice
for welding- and clamping tables is 100 mm
(System 28, System 22) and 50 mm (System 16). The
elongated holes of the system elements are
perfectly aligned.



50 mm Grid

The 50 mm grid offers twice as many
clamping options as the 100 mm grid.
Take advantage of the increased flexibility
for even more clamping options.



Diagonal grid

The diagonal grid offers twice as many clamping options in the diagonal position. Take advantage of the increased flexibility for even more clamping options.

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