TWINEX ScanEnd
Pipe End Measurement
The TWINEX ScanEnd is developed for industrial suited applications and provides information of the cross-shape of tubes, profiles and pipes.
“The TWINEX ScanEnd from MSG has exceeded our expectations.”
Eugen Wegmayr, Plant Manager - Wieland Amstetten
The perfect result in one turn
In the early manufacturing process, drawn or sawn pipes in particular have deformations and burrs at their ends. Since the TWINEX ScanEnd measures the cross-section geometry far inside the pipe without ever establishing contact, unlike with conventional methods, such imperfections do not influence the measurement result. This way, the TWINEX ScanEnd can be used very early in the production process. The earlier the product quality is known, the less waste is produced!
Digital benefits of measured data
In addition to the digitization of your product geometry, specific inspection characteristics can be extracted with the TWINEX ScanEnd software and passed on for further processing via various interfaces to both the process control and operations control levels.
Implementation for industrial applications
Thanks to our many years of expertise in mechanical engineering, especially for the semi-finished products industry, even challenging environmental conditions are not an obstacle but are deliberately incorporated into the development of the TWINEX ScanEnd. Whether for cross transport or axial feeding, the TWINEX ScanEnd can be easily integrated at various points in your production thanks to its intelligent design
Mechanical adaptability
Our measuring systems are functionally standardised. This means that the measurement function is recurrently the same. The mechanical design, on the other hand, we adapt from project to project according to your circumstances. E.g. the rotation measuring head may be equipped with a second triangulation laser from a diameter larger than 200 mm.
Technical specifications
- product certification
- Digitization
- system control
- Production optimisation in drawing machines
- Production optimization in welding lines
- machine learning
- Bar
- Profile
- Tube
- OCTG
- Other
- Steel
- Brass
- Aluminium
- Titanium
- Plastic
- etc.
- Longitudinal transport
- Transverse transport
- Standalone
- Inner diameter / radius
- Outer diameter/radius
- Circumference
- Ovality
- Local out-of-roundness
- Wall thickness
- Eccentricity
- Coaxiality
- Surface area
- Volume
- Weld seam height
- Weld seam width
- General weld seam shape
- The measurement cycle time is up to 5 seconds.
- Up to 10 µm
- Prozess: SPS
- Data: SQL
- Standard system (max. Ø 60 mm): approx. 1,000 × 500 × 500 mm (H×W×D)
Similar machines
Take advantage of our know-how and experience to get one step ahead of the competition. Find more solutions here.
TWINEX ScanEnd
Pipe End Measurement
- Diameter & Ovality
- Wall Thickness & Excentricity
- High Precision (10 µm)
TWINEX ScanIn
Profile inside contour
- Internal Geometry Testing
- 3D Internal Analysis
- Digital Representation
TWINEX SurfOut
Surface Evaluation System
- 3D Structure Recognition
- Automated Evaluation
- Objective Quality
TWINEX Straightness
Straightness and twist measurement
- “Non-contact”, optical method
- For round and profile bar products
- Can be used inline or offline
TWINEX ScanOut
TWINEX ScanOut
- Digital Twin
- High-Speed Measurement (1000 Hz)
- Outer Geometry Analysis
TWINEX Shade
Pipe Measurement at Lightning Speed
- Fast Data Acquisition
- Bent Pipe Figures
- Optical Process