Ultra-precision ER collets made from hardened spring steel for maximum accuracy and durability. Compliant with DIN 6499 standards, our collets ensure excellent concentricity (≤0.005 mm), strong clamping force, and reliable performance in all standard ER collet chucks. Ideal for milling, drilling, and general machining applications.

Ultra-precision ER collets made from hardened spring steel for maximum accuracy and durability. Compliant with DIN 6499 standards, our collets ensure excellent concentricity (≤0.005 mm), strong clamping force, and reliable performance in all standard ER collet chucks. Ideal for milling, drilling, and general machining applications.

Ultra-precision ER collets made from hardened spring steel for maximum accuracy and durability. Compliant with DIN 6499 standards, our collets ensure excellent concentricity (≤0.005 mm), strong clamping force, and reliable performance in all standard ER collet chucks. Ideal for milling, drilling, and general machining applications.

High-precision ER collets with internal square made from hardened spring steel for maximum accuracy and durability. Compliant with DIN 6499 standards, our collets ensure excellent concentricity (≤0.010 mm), strong clamping force, and reliable performance in all standard ER collet chucks. Ideal for milling, drilling, and general machining applications.

High-precision ER collets with internal square made from hardened spring steel for maximum accuracy and durability. Compliant with DIN 6499 standards, our collets ensure excellent concentricity (≤0.010 mm), strong clamping force, and reliable performance in all standard ER collet chucks. Ideal for milling, drilling, and general machining applications.

High-precision ER collets with internal square made from hardened spring steel for maximum accuracy and durability. Compliant with DIN 6499 standards, our collets ensure excellent concentricity (≤0.010 mm), strong clamping force, and reliable performance in all standard ER collet chucks. Ideal for milling, drilling, and general machining applications.

Ensure precision and efficiency in your coolant-through machining with our Sealed ER Collets. Designed for use in through-spindle coolant systems, these collets feature an internal seal that prevents coolant leakage, maintaining consistent pressure and directing coolant straight through the cutting tool. Ideal for high-speed and deep-hole applications, they enhance tool life, improve chip evacuation, and deliver superior surface finishes. Compatible with all standard ER collet chucks.

Ensure precision and efficiency in your coolant-through machining with our Sealed ER Collets. Designed for use in through-spindle coolant systems, these collets feature an internal seal that prevents coolant leakage, maintaining consistent pressure and directing coolant straight through the cutting tool. Ideal for high-speed and deep-hole applications, they enhance tool life, improve chip evacuation, and deliver superior surface finishes. Compatible with all standard ER collet chucks.

Ensure precision and efficiency in your coolant-through machining with our Sealed ER Collets. Designed for use in through-spindle coolant systems, these collets feature an internal seal that prevents coolant leakage, maintaining consistent pressure and directing coolant straight through the cutting tool. Ideal for high-speed and deep-hole applications, they enhance tool life, improve chip evacuation, and deliver superior surface finishes. Compatible with all standard ER collet chucks.

High-precision ER collets made from hardened spring steel for maximum accuracy and durability. Compliant with DIN 6499 standards, our collets ensure excellent concentricity (≤0.010 mm), strong clamping force, and reliable performance in all standard ER collet chucks. Ideal for milling, drilling, and general machining applications.

High-precision ER collets made from hardened spring steel for maximum accuracy and durability. Compliant with DIN 6499 standards, our collets ensure excellent concentricity (≤0.010 mm), strong clamping force, and reliable performance in all standard ER collet chucks. Ideal for milling, drilling, and general machining applications.

High-precision ER collets made from hardened spring steel for maximum accuracy and durability. Compliant with DIN 6499 standards, our collets ensure excellent concentricity (≤0.010 mm), strong clamping force, and reliable performance in all standard ER collet chucks. Ideal for milling, drilling, and general machining applications.

The DS/ER Sealing Disc ensures reliable coolant sealing in ER collet systems. Designed for coolant-through applications, it prevents leaks, maintains high pressure, and improves coolant flow directly to the cutting edge.

• Precision sealing for ER16–ER40 collet sizes
• Withstands coolant pressures up to 145 bar (2100 psi)
• Durable, chemical-resistant materials
• Easy press-fit installation
• Ideal for high-speed and coolant-through machining

The DS/ER Sealing Disc ensures reliable coolant sealing in ER collet systems. Designed for coolant-through applications, it prevents leaks, maintains high pressure, and improves coolant flow directly to the cutting edge.

• Precision sealing for ER16–ER40 collet sizes
• Withstands coolant pressures up to 145 bar (2100 psi)
• Durable, chemical-resistant materials
• Easy press-fit installation
• Ideal for high-speed and coolant-through machining

The DS/ER Sealing Disc ensures reliable coolant sealing in ER collet systems. Designed for coolant-through applications, it prevents leaks, maintains high pressure, and improves coolant flow directly to the cutting edge.

• Precision sealing for ER16–ER40 collet sizes
• Withstands coolant pressures up to 145 bar (2100 psi)
• Durable, chemical-resistant materials
• Easy press-fit installation
• Ideal for high-speed and coolant-through machining

Our ThermoGrip® shrink system stand for process secure tool change by perfect synergy between shrink machine and holder. It offers best surface quality, long tool life, higher feed rate and rotational speed - due to μ-pricese concentricity, high rigidity and extremely high retention forces. Requires TSF Pole disc.

• Highest process security
• Cutter insertion into the cold chuck thus offering a hands-free shrink process
• Integrated counterbore for centring the tool
• All geometric designs available
• Industrial standard design

Our ThermoGrip® shrink system stand for process secure tool change by perfect synergy between shrink machine and holder. It offers best surface quality, long tool life, higher feed rate and rotational speed - due to μ-pricese concentricity, high rigidity and extremely high retention forces. Requires TSF Pole disc.

• Highest process security
• Cutter insertion into the cold chuck thus offering a hands-free shrink process
• Integrated counterbore for centring the tool
• All geometric designs available
• Industrial standard design

Our ThermoGrip® shrink system stand for process secure tool change by perfect synergy between shrink machine and holder. It offers best surface quality, long tool life, higher feed rate and rotational speed - due to μ-pricese concentricity, high rigidity and extremely high retention forces. Requires TSF Pole disc.

• Highest process security
• Cutter insertion into the cold chuck thus offering a hands-free shrink process
• Integrated counterbore for centring the tool
• All geometric designs available
• Industrial standard design

Our ThermoGrip® shrink system stand for process secure tool change by perfect synergy between shrink machine and holder. It offers best surface quality, long tool life, higher feed rate and rotational speed - due to μ-pricese concentricity, high rigidity and extremely high retention forces. Requires TSF Pole disc. 

• Highest process security 
• Cutter insertion into the cold chuck thus offering a hands-free shrink process 
• Integrated counterbore for centring the tool 
• All geometric designs available 
• Industrial standard design

Our ThermoGrip® shrink system stand for process secure tool change by perfect synergy between shrink machine and holder. It offers best surface quality, long tool life, higher feed rate and rotational speed - due to μ-pricese concentricity, high rigidity and extremely high retention forces.

• Highest process security
• Cutter insertion into the cold chuck thus offering a hands-free shrink process
• Integrated counterbore for centring the tool
• All geometric designs available
• Industrial standard design

Our ThermoGrip® shrink system stand for process secure tool change by perfect synergy between shrink machine and holder. It offers best surface quality, long tool life, higher feed rate and rotational speed - due to μ-pricese concentricity, high rigidity and extremely high retention forces. Requires TSF Pole disc.

• Highest process security
• Cutter insertion into the cold chuck thus offering a hands-free shrink process
• Integrated counterbore for centring the tool
• All geometric designs available
• Industrial standard design

Our ThermoGrip® shrink system stand for process secure tool change by perfect synergy between shrink machine and holder. It offers best surface quality, long tool life, higher feed rate and rotational speed - due to μ-pricese concentricity, high rigidity and extremely high retention forces. Requires TSF Pole disc.

• Highest process security
• Cutter insertion into the cold chuck thus offering a hands-free shrink process
• Integrated counterbore for centring the tool
• All geometric designs available
• Industrial standard design

Our ThermoGrip® shrink system stand for process secure tool change by perfect synergy between shrink machine and holder. It offers best surface quality, long tool life, higher feed rate and rotational speed - due to μ-pricese concentricity, high rigidity and extremely high retention forces. Requires TSF Pole disc.

• Highest process security
• Cutter insertion into the cold chuck thus offering a hands-free shrink process
• Integrated counterbore for centring the tool
• All geometric designs available
• Industrial standard design

Our ThermoGrip® shrink system stand for process secure tool change by perfect synergy between shrink machine and holder. It offers best surface quality, long tool life, higher feed rate and rotational speed - due to μ-pricese concentricity, high rigidity and extremely high retention forces.

• Highest process security
• Cutter insertion into the cold chuck thus offering a hands-free shrink process
• Integrated counterbore for centring the tool
• All geometric designs available
• Industrial standard design