Get Full Control Over the Paint Shop Processes in the Automotive Industry


Available Modules

ALSIM Paint Shop Basic is a fully developed and market-proven paint shop simulation. With this unique software, air bubbles and liquid carry-over—two main problematic areas in paint shop processes—are accurately detected and easily predicted. Paint Shop goes even beyond these issues—it also suggests improvements. Thus, users are empowered and can better prevent imperfections in the paint shop process. ALSIM Paint Shop Basic enables users to process input meshes with up to 300.000 triangles.

ALSIM Paint Shop Light enables users to process input meshes with up to 100.000 triangles.

ALSIM Paint Shop E-Coating is an automated simulation of Electrophoretic Painting Process—one of the crucial stages within the paint shop process. Due to its exceptional calculation models this product is unique on the market. By using this simulation, customers can predict time-related layer thickness of paint and then optimize all the required parameters way long before executing the process in the production phase.

ALSIM Paint Shop Oven is an automated GPU-based simulation of the oven (baking) process, which is one of the most enery-consuming stages in the production workflow. This tool enables optimization of process conditions during baking by allowing selection of nozzle positions and directions, air jet speed, and operating temperatures.

ALSIM Paint Shop Pro delivers users with all the benefits of Paint Shop Basic. Pro is designed for users whose projects involve complex geometries and require an unlimited number of triangles. Paint Shop Pro, however, excels by offering other useful features such as buoyancy force, bake drips, and rinse. The software runs autonomously and continuously suggests improvements which eliminates major sources of problems in the paintshop process.

ALSIM Paint Shop PVC is an automated GPU-based simulation of PVC flow—one of the technically most demanding stages for many industrial workflows. This product enables users to optimize PVC path parameters quickly and easily (e.g. the starting point, injection direction, applied nozzle speed, etc.). The simulation delivers optimum values which assures smooth and flawless sealing in the production phase.