SinceVision Company Overview

Read the one-dimensional code engraved on the surface of the wheel to assist with model identification and sorting. We will introduce a case study using SinceVision's SGI400/SGI405 laser displacement sensors. In the wheel production process, different models may be managed by codes on the surface. In this case study, we scan the code section to obtain shape data and decode it based on a correspondence table. This identifies the information of the target wheel and is utilized for sorting and subsequent process handling. This is a measurement method that captures the code as displacement information. The SGI series supports sampling rates of up to 88 kHz. Its integrated structure, which does not require an external controller, helps simplify the equipment configuration and save space. You can switch measurement modes from the software and set configurations according to the inspection content. When considering model identification for wheels, please inform us of the code shape, surface condition, installable distance, and transport/rotation conditions. We can discuss configurations tailored to the actual target and process conditions, from data acquisition to code reading.

The sealing rings that maintain the airtightness and watertightness of automotive components can lead to leaks or functional degradation even with slight damage. We will introduce a case study of inspecting sealing rings for damage using SinceVision's 3D laser profiler. The focus is on cracks, dents, and surface irregularities. By capturing the shape of the ring's surface, we can identify visible damage and localized shape changes, supporting the quality evaluation of sealing components used in assembly. This case also emphasizes the management of surface conditions that cannot be fully captured by dimensions alone. The official page highlights a detection accuracy of 0.04mm, promoting rapid analysis and efficiency in inspections during mass production processes. By capturing surface shapes, we can understand the condition of sealing components and link it to the management of assembly quality. We will consider the inspection configuration based on the material, shape, and types of damage to be confirmed for the target ring, as well as the required takt time. If you wish to automate the confirmation of scratches or deformations on the sealing surface, please consult us regarding the work and inspection conditions.

The IDC press-fit pins of automotive electronic components must be aligned to a specified height to ensure stable electrical connections. To prevent connection failures due to height variations, we introduce a case study of 3D height inspection using SinceVision's SR7140. The 3D laser profiler captures the height of the pins and detects height differences at each position. The state after pressing can be confirmed numerically, which can be utilized for managing the assembly quality of automotive electronic components. We present this inspection method as suitable for complex press-fit pin structures for use in the manufacturing process. The repeatability accuracy published in the official case study is 0.03mm. Real-time detection allows for early identification of pin height discrepancies, supporting decisions to prevent defective products from flowing into subsequent processes. You can consult us about measurement methods tailored to conditions such as pin shape, arrangement, reference height, and tolerances. If you are considering height management for automotive connectors or press-fit components, please provide information about the target workpieces.