Best for
Managing angle variation during bending
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Bending angle measurement
IRIS Plus and LaserCheck connect measurement to correction. Select from material variation, tooling, bend geometry, sensor access and controller feedback.
Compare
IRIS Plus and LaserCheck systems
Confirm
Tooling, geometry, feedback and closed-loop method
Information Needed
Start with the variation you need to control
Describe material, thickness, grain, tooling, bend geometry, springback, tolerance and observed angle variation.
01 / VARIATION
Variation
Record what changes the angle and when it appears.
02 / ACCESS
Measurement access
List sensor view, flange geometry, tool restrictions and machine interfaces.
03 / LOOP
Correction loop
Define result transfer, correction method and finished-angle check.
Measurement options
Compare measurement principles and feedback
Compare where the sensor sees the bend, when the controller receives an angle and how the result is checked on the finished part.
IRIS Plus angle measurement
IRIS Plus uses optical imaging near the upper tooling. With the supported CNC interface, the image-processing system can track the bend and measure the final angle. Check the tool profile, line of sight and the control functions supplied.
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LaserCheck angle measurement
LaserCheck uses laser triangulation from sensors on opposite sides of the sheet near the die. The controller uses both sheet-surface measurements to calculate the angle. Confirm sensor positions, die clearance and the selected correction interface.
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Calibration and representative test bends
Use the intended punch, die, material and flange geometry. Verify sensor alignment, compare the reported angle with an independent measurement after unloading, and record any correction against the agreed tolerance.
Before You Order
Build a measurement-and-correction plan
Measurement improves the process only when the result drives a defined correction and acceptance check.
- Material, thickness, geometry and tooling
- Sensor view, range and access limits
- Controller and correction interface
- Representative bends, target angle and verification method
Upgrade path
Plan Your Machine Upgrade
Identify the production problem, check compatibility, then agree installation and acceptance.
STEP 01
Document the current state
Record machine, controller, interfaces, photos, workflow and the production issue to solve.
STEP 02
Define the requirement
Connect workpieces, process, operator tasks, output and site conditions to the upgrade.
STEP 03
Confirm compatibility
Review mechanical, electrical, control, software, safety and service interfaces.
STEP 04
Agree the scope
Define installation, tests, acceptance, documentation, training and support responsibilities.
Before You Contact ADH
Angle measurement questions
Compatibility depends on machine, controller, tooling, part geometry, material and application.
Can this angle measurement system be used on an existing machine?
Check tooling, part access, controller interface, correction workflow and measurement range.
What information should I send?
Send machine, controller, tooling, materials, representative parts, target angles and current variation.
What determines compatibility?
Compare controller, tooling, sensor position, part access, bend sequence and accuracy check.
What should the quotation clarify?
Specify the measurement system, hardware, software, controller integration, calibration, tests and training.
Project enquiry
Discuss your project
Tell us what you want to make or improve. Technical details and drawings can follow.
- Material, thickness and part size
- Drawings and production volume
- Location and project timing
Contact ADH
Start a machine enquiry
Name, email and a short description are enough to begin.