Manufacturing large-format printers can present a range of challenges and potential problems at various stages of the process, from design and component sourcing to assembly and quality control.
PROMAI’s WizSuite addresses these challenges by highlighting potential problems through different design and engineering stages before continuing to production.
Sourcing high-quality components such as print heads, motors, and sensors can be challenging, and variability in component quality can lead to variations in printer performance and reliability.
Integrating WizGen at the early stages of design allows for selecting substitutional parts providers and testing different parts for optimal design during initial dry runs.
Sourcing high-quality components such as print heads, motors, and sensors can be challenging, and variability in component quality can lead to variations in printer performance and reliability.
Integrating WizGen at the early stages of design allows for selecting substitutional parts providers and testing different parts for optimal design during initial dry runs.
Maintaining tight manufacturing tolerances is crucial to ensure consistent print quality.
Deviations in parts or assembly can lead to alignment problems and defects in printed output.
WizShield’s intelligent agent sets a new standard for ensuring all tolerances are met, using WizShield’s advanced patent-pending machine vision technology.
The assembly of large format printers can be intricate and time-consuming, with many components needing precise alignment and calibration. This can result in longer manufacturing times and increased labor costs.
WizShield’s visual procedural atomic instructions ensure that expected results are met on each step of construction for error- free production.
Global events, such as supply chain disruptions or shortages of key components, can impact the manufacturing process, leading to delays and increased production costs.
WizGen may update in real-time any change generated by disruptions in the supply chain, allowing for substitutional parts to be selected, tested, and integrated in production using WizGen’s automatic proactive AI instruction generator.
Maintenance and fault isolation are critical aspects of aviation to ensure the safe and reliable operation of aircraft.
Maintenance involves the routine inspection, servicing, repair, and replacement of components to keep the aircraft in airworthy condition. Fault isolation, on the other hand, is the process of identifying and troubleshooting issues or faults in the aircraft’s systems or components.
Once the fault is isolated, technicians use their expertise and technical manuals to diagnose the specific problem and develop a repair plan.
This may involve replacing faulty components, adjusting settings, repairing wiring or connections, or recalibrating systems.
Technicians follow manufacturer guidelines and industry best practices to ensure accurate and effective repairs.
WizShield using the data created by WizGen assists in timely troubleshooting of any problem raises.
At various stages of production, rigorous testing and quality assurance measures are implemented. This includes non-destructive testing (e.g., X-ray inspection, ultrasonic testing) to ensure structural integrity, functional testing of systems and equipment, and overall performance testing. Any issues or defects identified during testing are addressed and rectified.
