INCONSISTENT BEND ANGLES
Review material variation, tool geometry, setup and process control.
PRECISION PRESS BRAKE TOOLING BUILT FOR BETTER BENDS.
From standard punches and dies to application-specific custom tooling, KUXIANG TOOLING helps sheet-metal manufacturers solve demanding bending challenges with the right tooling approach.
TOOL STATIONKX / 01
Tooling Built Around Your Bend.
Browse by tool family, then narrow the selection by machine interface, application and part geometry.
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Press Brake Punches
Upper tools for air bending, bottom bending and application-specific profiles.
EXPLOREPress Brake Dies
V-dies and forming dies selected around material, bend geometry and process.
EXPLORESegmented Tooling
Modular lengths for box work, staged setups and faster changeovers.
EXPLORERadius Tooling
Radius punches and forming approaches for controlled large-radius bends.
EXPLOREHemming Tooling
Pre-bend and flattening tooling concepts for hems and edge closures.
EXPLOREOffset / Z-Bending Tooling
Matched forming tools for producing two related bends in one controlled stroke.
EXPLOREMulti-V Dies
Rotatable multi-opening lower tools for varied bending work.
EXPLORECustom Press Brake Tooling
Application-specific punches, dies and forming tools built around the part.
EXPLOREFind Tooling for Your Press Brake
Machine brand is a starting point. The actual punch tang, clamp and die base confirm compatibility.
01
European Style
A common precision tooling family identified by its tang and clamping geometry.
02American Style
A tooling family with its own tang, clamp and lower-tool conventions.
03Wila / Trumpf Style Compatible
Compatibility is confirmed from the actual interface; trademarks are used for identification only.
04Amada / Promecam Style Compatible
Compatibility is confirmed from clamp and tool details rather than machine brand alone.
05Other / Custom Interface
Use drawings, dimensions and photos to review a replacement or custom interface.
NOT SURE ABOUT YOUR TOOLING STYLE?
IDENTIFY MY TOOLINGSend a clear photo of the punch tang, die and machine model. We will help you identify the interface.
Third-party trademarks and machine names are used solely for compatibility identification. All trademarks belong to their respective owners.
Better Tooling Solves More Than a Bend.
TOOL WEAR
Match contact geometry, maintenance and rated load to the application.
LONG SETUP TIMES
Use segmentation, identification and repeatable setup planning.
SURFACE MARKING
Control contact surfaces, die condition and protective strategies.
SPRINGBACK
Treat material behavior and the complete bending process as one system.
COMPLEX PART GEOMETRY
Map bend sequence, collisions and clearance before tool design.
YOUR PART.
YOUR BEND.
YOUR TOOL.
YOUR BEND.
YOUR TOOL.
When Standard Tooling Is Not Enough.
Send us your part drawing, material information and bending requirements. Our tooling team will evaluate the application and develop a suitable tooling approach.
- 01Send Drawing
- 02Application Review
- 03Tooling Proposal
- 04Manufacturing
- 05Inspection
- 06Delivery
Solutions for Real Bending Challenges
01
Air Bending
Flexible angle control with punch penetration into a V-opening.
02Bottom Bending
A more geometry-dependent process requiring close tooling and material review.
03Hemming
Pre-bend and close an edge while controlling surface and material behavior.
04Offset / Z Bending
Create a controlled step with matched tooling and sufficient part clearance.
05Large Radius Bending
Form larger inside radii with attention to springback and part geometry.
06Mark-Free Bending
Reduce visible tooling marks on finished or appearance-sensitive sheet.
07Short Flange Bending
Resolve support and interference limits when the return flange is short.
08Box Bending
Provide side clearance and practical segment combinations for enclosed parts.
09Thick Plate Bending
Coordinate tooling geometry, machine capacity and safe load for heavier work.
10High-Strength Steel
Account for material variability, springback and tooling load limits.
11Precision Bending
Improve repeatability through consistent geometry, setup and application control.
12Automated / Robotic Bending
Design for repeatable positioning, common-height concepts and predictable handling.
Tooling Ready for Modern Bending
High-mix production, faster changeovers and automation require tooling that supports repeatable positioning and process consistency.
01Consistent Tool Geometry
02Segmented Tooling
03Repeatable Setup
04Tool Identification
05Common-Height Concepts
06Robotic Bending Compatibility
Precision Is Engineered Into Every Tool.
Verified material, hardness and tolerance values will appear here only when supplied in the manufacturing data configuration.
Material Preparation
Prepare the selected tool material according to the confirmed product specification.
CNC Machining
Create the primary body, interfaces and machining references.
Heat Treatment
Apply the configured process when it is specified for the tool design.
Precision Grinding
Finish critical contact and reference surfaces for the intended application.
Profile Inspection
Check profile geometry against the released tooling definition.
Final Inspection
Review required dimensions, surfaces and order details before packing.
Packaging
Protect tooling surfaces and identify segments for handling and delivery.
Press Brake Knowledge Center
Practical tooling and bending guidance built for engineers, operators and buyers.
Tool Selection · 01
VIEW ALL KNOWLEDGEHow to Choose the Right Press Brake Tooling
Start with the part, material, machine interface and bend process—not a catalog code.
READ GUIDE Press Brake Tooling · 02European vs American Press Brake Tooling
A practical comparison of interface geometry, clamping and identification.
READ GUIDE Tool Selection · 03How to Identify Your Press Brake Tooling Style
The photos and machine details that help an engineer identify a tooling interface.
READ GUIDE Bending Tips · 04How V-Opening Affects Sheet Metal Bending
Why the lower-tool opening influences the bend, flange support and tooling setup.
READ GUIDE Precision Bending · 05Why Bend Angles Become Inconsistent
A structured review of material, setup, tooling and machine-related variables.
READ GUIDE Bending Tips · 06How to Reduce Springback in Sheet Metal Bending
Understand the inputs that affect springback before adjusting the process.
READ GUIDEA DIFFICULT BEND IS AN ENGINEERING STARTING POINT.
Built Around the Bend.
Tell Us About the Bend.
Share the part, material, machine and production challenge. The form will only send after an inquiry provider is configured.