Stamping tooling components
Punches & Dies for Precision Stamping Tooling
HESENT supplies standard and custom punches, carbide punches, coated punches, and die buttons for stamping die construction, production, maintenance, and replacement sourcing.
Approved punches and dies image area
Cutting and forming components defined by application
Punch selection depends on geometry, work material, clearance, production volume, wear conditions, material, hardness, coating, and the matching die component. Custom requirements should be quoted from an approved drawing.
Planned product families
- Standard and custom punches
- Carbide punches
- TiCN and DLC coated punches where verified
- Round and shaped die buttons
MAT
Material Information
Material grades, hardness, treatment compatibility, and functional selection must be confirmed by product or drawing.
TOL
Tolerance Information
Dimensional, geometric, fit, and surface requirements are reviewed against function and inspection feasibility.
MFG
Manufacturing Process
Machining, grinding, heat treatment, surface treatment, and finishing are selected for the component requirement.
QC
Inspection Capability
Inspection points and documentation are defined around critical dimensions, geometry, material, and surface condition.
APP
Application Scenarios
Applications connect each component to its function in dies, molds, fixtures, automation, or industrial machinery.
Common questions about punches and dies
What information is required for a quotation?
Provide the product type or part number, drawing when available, material, tolerance, quantity, application, and target delivery requirement.
Can HESENT manufacture custom dimensions?
Custom dimensions can be evaluated from a drawing. Material, treatment, critical tolerance, quantity, and inspection requirements must be reviewed before quotation.
Can an existing component be evaluated for replacement?
HESENT can review a confirmed part number, drawing, or measured specification. Compatibility is not assumed and must be technically verified.
Are low-volume orders supported?
Prototype and low-volume requirements can be reviewed according to component type, process route, material availability, and setup requirements.
Related solutions: replacement sourcing, drawing-based manufacturing, and precision grinding.