Twyn allows us to establish multiple "quality checkpoints" throughout the entire production process, enabling us to identify problems before costly rework is required.

Use the Twyn inspection system to check the quality of the frame and the entire assembly.

Use Twyn View at the supplier's facility to complete the incoming inspection of the vacuum chamber.

Use Twyn to inspect welded parts and verify the integrity of assembled components.

Custom production of individual parts, each requiring a first-article inspection (FAI)—the Twyn is perfectly suited for this task, quickly identifying missing threaded holes and macroscopic defects.

Use Twyn View to more easily identify incorrectly installed or missing parts.

"Working with Visometry equipment every day is a pleasure."

As parts have grown larger, the measurement methods relied upon in the past have become increasingly inefficient. By adopting a “inspect first, measure later” approach, the costly measurement process is now used only when truly necessary.

Before the workpieces leave the factory, precise 3D-to-3D comparisons can be performed on-site using CAD, making it easier to detect deviations and significantly reducing transportation and rework costs.

With Twyn, you can quickly and accurately perform dimensional inspections on steel structural components of various sizes.

Check the positions of the small plates and bolts welded to the parts—“This has improved production efficiency and prevented a large number of claims.”

"It has saved us a great deal of time and reduced customer returns; it has become an essential part of our inspection process."

Inspect large steel structural components before painting to reduce rework costs and improve quality.

Using Twyn, we discovered a component misalignment in a welded part that had been rejected due to an assembly issue.

No need to unpack items for inspection upon delivery—Twyn can identify contours through packaging materials, significantly reducing inspection time.

Apply this new technology to large parts to detect any omissions that may occur during the assembly process.

Use AR and digital twins to visually inspect welded components and mounts on a race car chassis, maximizing speed while ensuring quality.

"We completed the fixture acceptance testing on-site and implemented the first round of optimizations before the initial trial run."

Inspect large, complex welded components directly on the production line, quickly identify deviations, and help prevent errors while reducing rework and transportation costs.

Check the positions of the brackets and components inside the vehicle body.

Transformers are assembled from a variety of components—Twyn makes quality inspection intuitive and efficient, quickly verifying that all components are correctly assembled and that nothing is missing.

Inspect the steel structural components to ensure that all parts are present.

Inspect the frame and material rack while they are in the spot-welded stage, before full welding is completed, to identify any issues early on.

Used for internal pre-assembly inspections of steel tower structures to identify all defects—for both factory acceptance testing and in-process quality control.

Verify the version/revision status in prototype and mass production.

Conduct a 100% visual inspection of the parts to verify that all components are present and complete the verification of solder joint locations.

As an advanced quality control tool, it uses AR and computer vision to precisely inspect large industrial components used in street-sweeping vehicles.

The team uses Twyn every day to inspect car bodies after welding and before painting, meeting the customers' high-quality standards.