Precision XD Beveling Head
(Additional Features)
We have taken plate beveling to a new level of accuracy with our laser plate-mapping technology. Automatic bevel calibration keeps the bevel system efficient, precise, and reliable
Intuitive smart design.
Bevel cut sequence recommendation is provided for improved accuracy and consistent quality
Scalable parameter tables with embedded equations allow users to add new angles with ease.
Rotation axis over 180 degrees for structural cutting
Tilt axis 46 degrees to -46 degrees
Near zero backlash for long end effector
5-Axis Torch Beveling
Robust Bevel Lifter
Bearing design and preload for beveling application
Gravity compensation pneumatic counterbalance
Crash Detection System (magnetically mounted)
Precision 5-Axis Bevel
Types of Bevel Cuts
V Cut Bevel
V Cut (single pass):
• Conventional “positive” bevel cut
• When two V cut edges are aligned for welding, they form a “V”
A Cut Bevel
A Cut (single pass):
• Conventional “negative” bevel cut
• When two A cut edges are aligned for welding, they form an “A”
Y Top Bevel
Y Top Cut (multi-pass):
• Conventional “straight” cut on the bottom portion of the cut
• Conventional “positive” bevel cut on the top of the part
• When two Y Top cut edges are aligned for welding, they form a “Y”
X Bevel
X Cut (multi-pass):
• Conventional “negative” bevel cut on the bottom of the part
• Conventional “positive” bevel cut on the top of the part
• When two X cut edges are aligned for welding, they form a “X”
K Bevel
K Cut (Multi-pass):
• Conventional “negative” bevel cut on the bottom of the part
• Conventional “straight” cut on the middle portion of the cut
• Conventional “positive” bevel cut on the top of the part
I Cut (Straight cut)
I cut (single pass):
• Conventional “straight” cut
• When two I cut edges are aligned for welding, they form an “I”
