Your product starts with an idea. Turning your idea into a product and getting it to market as quickly as possible is both a challenge and an opportunity.
Our business model is simple and streamlined. We focus on your specific needs and perform the most comprehensive mold flow simulations that will save your company time and money.
You can find Kruse at trade shows and conferences throughout the year. Torsten Kruse is a sought-after presenter who shares his knowledge and experience with the industry.
Injection Molding Solutions
INNOVATIVE CAE SIMULATION SERVICES
Kruse Analysis provides innovative and full capacity filling-to-warpage CAE simulation services. From idea to finished product, Kruse develops custom injection molding simulations to ensure quality results. Mold flow simulation and analysis is a valuable tool that provides the opportunity to evaluate essential aspects that impact part moldability before a part is designed and a mold is built.
Mold Flow Simulation Solutions
Our business model is simple and streamlined: we focus on your specific needs and perform the most innovative mold flow simulations that will save your company time and money.
MOLD FILLING ANALYSIS
Mold filling analysis provides a virtual view inside a mold, allowing engineers to have a seamless “art-to- part” development strategy and a streamlined manufacturing process. With solid design strategies and gate placement, part designs can be optimized to achieve high quality products.
MOLD THERMAL SIMULATIONS
A steel mold acts as a heat exchanger — hot molten plastic is injected into a relatively cold mold and as the material cools, it solidifies and takes the shape of the mold cavity. Cooling the hot molten material uniformly is critical in producing molded parts with minimal defects and low molded-in stresses.
SHRINKAGE AND WARPAGE
A comprehensive simulation strategy can indicate design and process challenges that cause shrinkage and warpage in molded parts. Simulations can isolate the issues that cause shrinkage and warpage in molded parts and understanding the various challenges is key to finding effective solutions
THERMOPLASTIC INJECTION MOLDING
(TIM) is the most common injection molding process that reshapes granular plastic into a functional product. Heating thermoplastic granules and injecting hot material under pressure into a steel mold is a very complex manufacturing process that requires extensive knowledge of various conditions to produce the highest quality molded part.