COVO DIE
WingBend PLUS Mark-Free Die 62.120
WingBend PLUS mark-free bending die with a 5.6 mm V-opening, 60° angle, 90.3 mm height and a maximum load of 500 kN/m.
Model: 62.120
Product type: Die
Compatible tooling system: Markfree Bending
Product Details
COVO manufacturing standards, product-specific technical data and available length configurations for this tooling profile.
Manufacturing standard
- Material & treatment: Alloy tool steel selected for the confirmed bending duty
- Working radii: Hardened to the COVO HRC 58–60 process range where specified
- Surface finish: Precision-ground working and locating faces
- Fit & repeatability: Matched for parallel installation and repeat replacement
- Identification: Permanent model and traceability marking applied as specified
Product technical data
- Tool profile: WingBend PLUS
- Tooling range: Markfree Bending
- Profile geometry: Angle 60° · Opening 5.6 mm · Height 90.3 mm
- Published load: 500 kN/m max.
Product specifications
- Tooling System
- Markfree Bending
- Product Family
- WingBend PLUS
- Angle
- 60°
- Die opening
- 5.6 mm
- Height
- 90.3 mm
- Load Capacity
- 500 kN/m max.
DIE LENGTHS & SECTIONALIZATION
Tool family: DIES.
Working length and any sectional layout are engineered from the machine, part profile and bending sequence.
- Working length: Made to order — Confirmed on the approved quotation or drawing
- Alternative length: Available on request — Reviewed for machine bed, handling and transport
Engineered to order
Diagram: Configuration schematic — not to scale.
Segment quantities, end pieces and any horn arrangement are confirmed from the bending sequence.
Selection and application review
Confirm the press brake clamping interface, material grade, sheet thickness, bend length and finished profile before ordering. COVO uses these production inputs to review tool compatibility, working height, clearance and the required punch-and-die combination.
Related COVO resources
Browse MARKFREE BENDING compatible tooling · View all press brake tooling · Check preliminary bending force · Request a quote for this tooling