Elbow parts are widely used in industries such as automotive manufacturing, aerospace, engineering machinery, energy, and rail transit. The CNA-T series non-contact laser fork pipe fitting measurement system can be directly installed next to the pipe fitting production line to detect pipelines, pipelines, hoses, etc. In addition to providing various conventional joint arm detection functions, it can also provide processing parameters and reasonable correction value data that match the bending equipment for the adjustment of the bending machine, greatly reducing the time required for adjusting the equipment and improving the product qualification rate.

Five sizes of laser forks are available: 30mm, 50mm, 80mm, 150mm, and 200mm. Non contact laser forks can be used to measure pipes with diameters ranging from 1mm to 180mm, while larger diameter pipes can be measured using a contact type hard probe.

Product Features

Simple measurement of pipe fittings, pipelines, and hoses

Pipe fittings can be tested as prototypes or against their nominal CAD models. During the measurement process, the operator will be prompted to measure the design features of the pipe fittings, which will also be highlighted in the measurement window.

Automatic generation of pipe fitting inspection program

● Multiple pipe reference

● Pipe support measurement

Function

Measurement using non-contact laser forks or contact type hard probes

Measuring straight pipe

Measurement of curved pipes (straight and curved sections)

Measurement of continuous bends (without straight sections, continuous bending)

The method of scaling can be used to measure pipe fittings

The diameter of the pipe fittings can be changed during the measurement process

Can measure branch pipes welded to the main pipe, except for the main pipe

Measurable RCV (variable radius) fittings

Measurable non circular cross-section pipe fittings

Can be connected to a CNC pipe bending machine for comparison and correction

Rebound correction (20-120)

Alignment: can compare and analyze the actual measured pipe fittings with the theoretical pipe fitting coordinates for alignment

Customized materials can be used to compensate for rebound and applied to bending programs

Generate, modify, and print pipe fitting models to:

-Cartesian coordinate system

-Polar coordinate system (YBC value)

-Double Cartesian coordinate system

-Pipe bending machine coordinate system

Graphical representation of measured pipe fittings

Graphical representation inserted into the overlapping part of the main body (flange/hole/including small branches)

Manual or automatic positioning of pipe fittings within the gauge

RCV fittings (variable radius fittings)

Can measure non equal bending radius and continuously bend pipe fittings with no straight segment changing direction of rotation

Measurement mixed with RCV fittings and equal bending radius fittings

Set up RCV and RCV mixed pipe fittings from a file

Automatic correction of RCV and RCV mixed pipe fitting program

On site cases