From real to virtual

Laser scanning technology enables the efficient capture of accurate and detailed data. You can obtain an accurate digital representation of any room or object in a matter of minutes, with unparalleled precision. Eliminate the need for time-consuming manual measurements, or surveys with conventional measuring instruments.

A Laser scan is able to record all the details of the manufacturing unit, from the structure to the equipment, in a precise and extremely detailed point cloud. This provides engineers with a global view of the environment, enabling rigorous analysis and informed decision making.

This technology eliminates the need to make multiple site visits for measurements, allowing you to start working with accurate, up-to-date information from the start. This culminates in a considerable reduction in project time, making it possible to deliver industrial engineering projects faster.

The point cloud allows the reduction of costs associated with mapping and surveying land, as it collects a substantial amount of data at once. This eliminates the need for successive visits to the site to collect additional information.

Based on the point cloud, engineers can make informed and accurate choices regarding the design, construction and maintenance of buildings, structures and equipment installation

The point cloud allows everyone involved in the project to view and analyze the digital representation of the environment in real time, regardless of their location. This optimizes communication, reducing the need for face-to-face meetings and speeding up the decision-making process.

Simulation gives companies the means to construct models and assess diverse scenarios, enabling them to determine the optimal approach to their process. Companies can employ simulation to evaluate assorted warehouse configurations, materials handling mechanisms, and utilization scenarios for resources. By gauging varying alternatives, businesses can arrive at better options concerning resource allocation, production timetable formulation, and the streamlining of their supply chain workflows.

Simulation enables companies the ability to visualize their operations in a manner that allows the identification of bottlenecks, inefficiencies, and prospects for enhancement. Armed with a more profound understanding of their processes, businesses are poised to make key choices leading to process optimization and overall performance enhancement.

In a typical dynamic and intricate industrial ecosystem, multiple resources coexist and collaborate within the same space. This often complicates the task of arranging warehouse layouts, frequently resulting in disruptions to production flow. Simulation intervenes to improve the implementation of process flow, orchestrating superior resource organization and navigation routes.

Simulation acts as a compass, guiding companies toward the identification of domains where cost optimization and operational efficiency increase are feasible. Through the assessment of various operational scenarios, companies can pinpoint zones for resource thrift, process streamlining, and waste reduction. This culminates in substantial cost savings and an improved overall bottom line.

Simulation empowers companies to gauge the potential hazards and ramifications in different courses of action, enabling them to take informed strides along the optimal trajectory. This allows companies to avoid potential perils and minimize the impact of unforeseen occurrences, such as supply chain hitches or unanticipated demand fluctuations.

In the realm of intralogistics and warehousing, the sheer volume of products leads to intricate material handling procedures. Simulation serves to study the performance of warehousing systems, allowing to categorizing and prioritizing layouts options based on the requisites.

Simulation confers the flexibility to experiment with and fine-tune divergent operational scenarios, thereby facilitating the appraisal of diverse solutions. This provides companies with the agility to promptly react to shifts in demand or supply, eliminating the necessity for costly real-world trials.