Diamond joint cutter for angle grinders

The easiest and most efficient way to remove old mortar: the diamond joint cutter for angle grinders

The diamond joint cutter for angle grinders is the ideal tool for creating mortar joints on facades made of:

• masonry
• clinker
• concrete
• natural stone

easy and efficient to remove outdoors. With this tool you can easily renew old joints and optimally prepare them for fresh mortar.

Our joint cutters are available in different usable lengths to suit different depths and facade types.

Our tip: Measure the joint depth at one point on your facade to select the appropriate usable length.

The diamond joint cutter fits all angle grinders

Thanks to the M14 mount, the diamond joint cutter is compatible with any angle grinder. You can choose between different usable lengths of the joint cutter, depending on the depth of your masonry:

• 8mm diameter x 25mm working length
• 8mm diameter x 100mm working length

The correct use of the joint cutter

Using the diamond joint cutter is very easy:

1. Mount the tool on the angle grinder.
2. Plunge the gouging tool into an already damaged or recessed area.
3. Start the angle grinder and work your way slowly until you reach the deepest point of the masonry joint.
4. Remove the old mortar along the entire length.

Advantages of the diamond joint cutter compared to carbide joint cutters and cutting discs

The diamond joint milling cutter offers decisive advantages over carbide joint milling cutters and conventional cutting discs for joint milling.

By using diamonds as the cutting material, the joint cutter has excellent service life and wear resistance.

1. Compared to carbide grooving cutters, the diamond grooving cutter allows for more precise cuts and reduces the risk of damage to adjacent stones. In addition, the diamond joint cutter convinces with a higher cutting performance and less heat generation, which leads to faster and more efficient joint removal.
   
   
2. In contrast to cutting discs , the diamond joint cutter offers greater stability and enables more controlled work, which improves the overall work result.