The patented TER shrink collet Revolutionises the use of collets and Collet chucks in production. Through the use of thermal tool clamping (Shrink technology) the best holding and concentricity properties are achieved that others. Compared to conventional collets and collet chucks, the TER shrink collet with the following advantages:

• Highest concentricity
• Best repeatability
• Maximum tool holding forces
• Highest rigidity
• Low cutting tool wear, mono block properties

The patented TER shrink collet Revolutionises the use of collets and Collet chucks in production. Through the use of thermal tool clamping (Shrink technology) the best holding and concentricity properties are achieved that others. Compared to conventional collets and collet chucks, the TER shrink collet with the following advantages:

• Highest concentricity
• Best repeatability
• Maximum tool holding forces
• Highest rigidity
• Low cutting tool wear, mono block properties

The patented TER shrink collet Revolutionises the use of collets and Collet chucks in production. Through the use of thermal tool clamping (Shrink technology) the best holding and concentricity properties are achieved that others. Compared to conventional collets and collet chucks, the TER shrink collet with the following advantages:

• Highest concentricity
• Best repeatability
• Maximum tool holding forces
• Highest rigidity
• Low cutting tool wear, mono block properties

The patented TER shrink collet Revolutionises the use of collets and Collet chucks in production. Through the use of thermal tool clamping (Shrink technology) the best holding and concentricity properties are achieved that others. Compared to conventional collets and collet chucks, the TER shrink collet with the following advantages:

• Highest concentricity
• Best repeatability
• Maximum tool holding forces
• Highest rigidity
• Low cutting tool wear, mono block properties

The patented TER shrink collet Revolutionises the use of collets and Collet chucks in production. Through the use of thermal tool clamping (Shrink technology) the best holding and concentricity properties are achieved that others. Compared to conventional collets and collet chucks, the TER shrink collet with the following advantages:

• Highest concentricity
• Best repeatability
• Maximum tool holding forces
• Highest rigidity
• Low cutting tool wear, mono block properties

The patented TER shrink collet Revolutionises the use of collets and Collet chucks in production. Through the use of thermal tool clamping (Shrink technology) the best holding and concentricity properties are achieved that others. Compared to conventional collets and collet chucks, the TER shrink collet with the following advantages:

• Highest concentricity
• Best repeatability
• Maximum tool holding forces
• Highest rigidity
• Low cutting tool wear, mono block properties

The patented TER shrink collet Revolutionises the use of collets and Collet chucks in production. Through the use of thermal tool clamping (Shrink technology) the best holding and concentricity properties are achieved that others. Compared to conventional collets and collet chucks, the TER shrink collet with the following advantages:

• Highest concentricity
• Best repeatability
• Maximum tool holding forces
• Highest rigidity
• Low cutting tool wear, mono block properties

The patented TER shrink collet Revolutionises the use of collets and Collet chucks in production. Through the use of thermal tool clamping (Shrink technology) the best holding and concentricity properties are achieved that others. Compared to conventional collets and collet chucks, the TER shrink collet with the following advantages:

• Highest concentricity
• Best repeatability
• Maximum tool holding forces
• Highest rigidity
• Low cutting tool wear, mono block properties

The patented TER shrink collet Revolutionises the use of collets and Collet chucks in production. Through the use of thermal tool clamping (Shrink technology) the best holding and concentricity properties are achieved that others. Compared to conventional collets and collet chucks, the TER shrink collet with the following advantages:

• Highest concentricity
• Best repeatability
• Maximum tool holding forces
• Highest rigidity
• Low cutting tool wear, mono block properties

The patented TER shrink collet Revolutionises the use of collets and Collet chucks in production. Through the use of thermal tool clamping (Shrink technology) the best holding and concentricity properties are achieved that others. Compared to conventional collets and collet chucks, the TER shrink collet with the following advantages:

• Highest concentricity
• Best repeatability
• Maximum tool holding forces
• Highest rigidity
• Low cutting tool wear, mono block properties

Shrink extension allows to reach into deeper holes and slim design allows for more maneuverability in tight spaces.

Shrink extension allows to reach into deeper holes and slim design allows for more maneuverability in tight spaces.

Shrink extension allows to reach into deeper holes and slim design allows for more maneuverability in tight spaces.

Shrink extension allows to reach into deeper holes and slim design allows for more maneuverability in tight spaces.

Shrink extension allows to reach into deeper holes and slim design allows for more maneuverability in tight spaces.

Shrink extension allows to reach into deeper holes and slim design allows for more maneuverability in tight spaces.

Shrink extension allows to reach into deeper holes and slim design allows for more maneuverability in tight spaces.

The STH Synchro Tool Head represents the pinnacle of precision engineering for synchronized tapping. It is designed to minimize axial forces and ensure high-quality threads, making it indispensable for demanding applications. Requires STL Synchro Collet.

Features:
• Minimal length compensation with both tension and compression
• Optimal damping for enhanced performance
• Compact design for accessibility in tight spaces
• Quick and easy tool changes
• Patent pending innovation

Benefits:
• Compensates for synchronization errors
• Reduces axial forces on thread flanks, improving thread quality
• Suitable for tight spaces and challenging environments
• Low maintenance, maximizing uptime