
Precision Components
Precision components offer exceptional versatility and durability for various industrial applications. Designed from high-quality materials like Alloy Tool Steel, High-Speed Steel, and Tungsten Carbide, these components include punches, matrices, pins, and gauge pins.
Product Features:
Precision components come in various materials, shapes, and sizes, allowing for a high degree of customization to meet specific and complex requirements.
These components are designed for long-lasting performance, significantly reducing the frequency of tool changes and cutting operational costs.
Continuous quality monitoring throughout the production ensures that every component meets stringent standards, contributing to an exceptionally long die life.
Applications:
Precision components are designed to meet the highest standards of performance and durability, ensuring efficient and cost-effective solutions for a range of industrial applications.
Ideal for punching, embossing, and forming operations within metalworking industries.
Utilized in the production of dies and molds, particularly where high wear resistance and precision are critical.
Used in manufacturing components for automotive and aerospace applications, where precision and durability are paramount.
Industries:
Automotive
Aerospace
Tooling and Machinery
Specifications:
WS: Alloy Tool Steel
HWS: High Carbon - High Chrome Tool Steel
HSS: High-Speed Steel
ASP 23/2023: High-Speed Steel on Powder-Metallurgic Basis
HST: High-Speed Steel, Nitride
FT: Ferro-Tic (Ferro Titanite)
HZ: Hard-coated Tooling Components
HM: Tungsten Carbide
NWA: Hot-work Tool Steel, Suitable for Nitriding
Material: Steel, Cast Iron, Aluminum
Surface Finish: Precision Ground
Material Hardness: Up to 60 HRC for Hardened Steel
Temperature Range: Up to 300 °C
Dimensions: Vary by model (specific dimensions available on request)
Machining Capacity: Suitable for General to High Precision Machining Tasks
Load Capacity: Ranges based on size and material
Standards: Meet DIN regulations and custom standards
Special Features: Quick-change punches, dynamic stripper elements, gauge pins, retainers, and more
Compatibility: Suitable for various construction and industrial applications
Coating Options: Nitride, Black Oxide, Hard Chrome Plating for enhanced durability
Guiding Length: Typically between 100 mm to 400 mm, ensuring stability and precision
Stroke Length: Generally between 5 mm and 30 mm for various operational needs
Product Types:
Punches and Matrices: Various shapes including DIN 9861, DIN 9844, ISO 8020, and custom designs.
Pins and Gauge Pins: Including ball lock pins, pilot pins, and gauge pin sets.
Guide Bushes: For different standard punches and matrices.
Dynamic Stripping Elements (DAE): For enhanced functionality in stripping operations.
Stripping Units: Pressure and mounting plates for efficient material handling.
Special Components: Including elastomer strippers, dowel pins, drill bushes, and more.
Customization:
Available in multiple shapes and configurations, including tapered heads, stepped designs, and custom profiles to suit specific operational needs.

Precision Components
Precision components offer exceptional versatility and durability for various industrial applications. Designed from high-quality materials like Alloy Tool Steel, High-Speed Steel, and Tungsten Carbide, these components include punches, matrices, pins, and gauge pins.
Product Features:
Precision components come in various materials, shapes, and sizes, allowing for a high degree of customization to meet specific and complex requirements.
These components are designed for long-lasting performance, significantly reducing the frequency of tool changes and cutting operational costs.
Continuous quality monitoring throughout the production ensures that every component meets stringent standards, contributing to an exceptionally long die life.
Applications:
Precision components are designed to meet the highest standards of performance and durability, ensuring efficient and cost-effective solutions for a range of industrial applications.
Ideal for punching, embossing, and forming operations within metalworking industries.
Utilized in the production of dies and molds, particularly where high wear resistance and precision are critical.
Used in manufacturing components for automotive and aerospace applications, where precision and durability are paramount.
Industries:
Automotive
Aerospace
Tooling and Machinery
Specifications:
WS: Alloy Tool Steel
HWS: High Carbon - High Chrome Tool Steel
HSS: High-Speed Steel
ASP 23/2023: High-Speed Steel on Powder-Metallurgic Basis
HST: High-Speed Steel, Nitride
FT: Ferro-Tic (Ferro Titanite)
HZ: Hard-coated Tooling Components
HM: Tungsten Carbide
NWA: Hot-work Tool Steel, Suitable for Nitriding
Material: Steel, Cast Iron, Aluminum
Surface Finish: Precision Ground
Material Hardness: Up to 60 HRC for Hardened Steel
Temperature Range: Up to 300 °C
Dimensions: Vary by model (specific dimensions available on request)
Machining Capacity: Suitable for General to High Precision Machining Tasks
Load Capacity: Ranges based on size and material
Standards: Meet DIN regulations and custom standards
Special Features: Quick-change punches, dynamic stripper elements, gauge pins, retainers, and more
Compatibility: Suitable for various construction and industrial applications
Coating Options: Nitride, Black Oxide, Hard Chrome Plating for enhanced durability
Guiding Length: Typically between 100 mm to 400 mm, ensuring stability and precision
Stroke Length: Generally between 5 mm and 30 mm for various operational needs
Product Types:
Punches and Matrices: Various shapes including DIN 9861, DIN 9844, ISO 8020, and custom designs.
Pins and Gauge Pins: Including ball lock pins, pilot pins, and gauge pin sets.
Guide Bushes: For different standard punches and matrices.
Dynamic Stripping Elements (DAE): For enhanced functionality in stripping operations.
Stripping Units: Pressure and mounting plates for efficient material handling.
Special Components: Including elastomer strippers, dowel pins, drill bushes, and more.
Customization:
Available in multiple shapes and configurations, including tapered heads, stepped designs, and custom profiles to suit specific operational needs.