Robotic application
HXG
FANUC
Metal fabrication
Automotive
Manipulation
Output control
Palletizing
Measurement

Output inspection of brake system tube nuts

Output inspection of brake system tube nuts

Year of realisation

2019

Number of pieces delivered

1

Industry

Metal fabrication, Automotive

Implementation time

35 - 45 CW

Cycle time

5s/pc

Estimate budget

Cat. 200k - 250k EUR 

Automated operations

Handling, Measuring, Cleaning, Optical inspection, Sorting

Technical standard

Fanuc, Keyence, Siemens, Festo, Schunk 

Motivation for automation

The customer specializes in machining high-precision parts in stainless steel, steel and aluminum. Due to the customer's focus on the automotive and aerospace sectors, particular emphasis is placed on the quality of the goods supplied. Due to the enormous production volume and the shortage of workers on the market, full automation of the process was introduced. With a strong vision to expand the product range and the need to respond to turbulent changes in the future, the customer opted for automation in the form of an HXG platform, which will enable them to respond to change better than a single-purpose machine. 

Project description.

The subject of the implementation was the development and delivery of equipment for 100% output inspection of turned parts. The main parameters to be checked are the overall length, the quality of the conical sealing surface (presence of splines, dents, burrs) and the presence of threads.

In terms of the customer's needs, the equipment was designed on the HXG platform - a reconfigurable robotic platform in configuration:

  • HXG Core - Fanuc (centre) with dedicated gripper
  • Module 1 - Input pallet tray
  • Module 2 - Input pallet tray
  • Module 3 - Airblade Offset Module
  • Module 4 - Contact length measurement
  • Module 5 - Camera module
  • Module 6 - Pallet module with bodies

Process Description:

  1. The parts are oriented into pallet trays compatible with the HXG pallet module
  2. The robot takes 5 pieces of inspected parts at a time into the gripper
  3. The robot cleans the parts in the blowing module with compressed air
  4. Robot places parts in the mechanical length measuring station (+-0.01mm)
  5. Robot manipulates parts into the camera inspection station
  6. The inspected parts are sorted into an OK box and then, depending on the type of defect, into one of 6 NOK boxes.
  7. The device collects data and communicates with the parent ERP system
Are you interested?
Don't hesitate
to ask.

Are you interested?
Don't hesitate
to ask.

Whether you are looking for a supplier of complex system integration, a specific service, or simply need advice.

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