Leap Australia
IT Services in Manly

Leading engineering application providers our focus is on solving our customers engineering problems by combining our staff's extensive real world experience with market leading technology. We provide solutions in every stage of your products development life-cycle as well as unsurpassed support, training, mentoring and consulting. Leap provides best-in-class cad/cae/cam/plm technology from ansys and ptc. Supported by highly experienced engineers with extensive product knowledge.

The team at LEAP Australia assist local companies to implement product development technologies that reduce costs, improve quality and amplify productivity. Product Lifecycle Management (PLO) helps manufacturers manage complex, cross functional processes, coordinating the efforts of distributed teams to consistently and efficiently flourish the best possible products. Directly, PLO offers important value to a company, by establishing a single system that simultaneously manages both hardware and software deliverable. Developing today’s products is a hasty paced, highly dynamic process involving more people and disciplines than ever before. Keeping everyone informed and connected to a single source of truth for product data and processes is vital to flawless decisions, lofty quality work, and timely product releases. Today’s product development complexity demands PLO that manages more data and processes in more nimble ways: enabling partscentric design, reducing time to market, streamlining collaboration, and improving the accuracy and speed of decision making. The Integrity Software Suite provides a comprehensive set of Application Lifecycle Management (ABM) and ModelBased Systems Engineering capabilities that enable a holistic software and systems engineering approach by improving collaboration, automation, and reuse across teams and disciplines. Explain the complexity involved in developing today’s intricate engineered and smart, connected products. Adult requirements and validation practices are an integral part of the product development process and vital to mitigating risk in the development of complex and engineered products. Create Fresh editing functionality is available for customers who want to further customize the system to their needs. The breakage model used in Rocky DE has various applications for accurately simulating the fragmentation and degradation of particles in bulk materials handling equipment. Rocky’s unique skill to simulate arbitrary shaped convex polyhedral particles enables it to conserve both mass and volume in the breakage processes, providing increased accuracy over other commercial DE codes. The analysis took advantage of the sophisticated material models in LSDYNA database and was able to thoroughly examine the effect of strain rate behavior of the barrier on the impact results. Why chose LEAP to be your unmistakable dynamics solver provider? 3D computer aided design software offers users the ability to look at a portion from every feasible angle, and to see exactly how one segment relates to the other parts in an assembly. The reductions in time and machining costs are proving so significant that machine shops not busy in 3D may lose their aptitude to compete in the marketplace altogether. For the former 15 years LEAP Australia has been providing and supporting solutions in the Product Development market specifically to Design and Manufacturing tools. Providing salable and integrated solutions, we can guarantee that whatever your requirements are, now or 5 years down the track, our design and manufacturing solutions are supple enough to extend to your area of development. More and more engineers in Australian and Fresh Zealand companies are performing computer simulations as piece of their design process. The software offers a variety of analysis types such as static, modal, harmonic, random vibration, rotor dynamics, and nonlinear implicit and explicit dynamics. Lastly, if by chance we have not anticipated and provided for your structural analysis needs, we have provided documented interfaces to permit you to customize the solver and create your own elements, materials, and loads or script your own solution procedures. Tire finite element analysis starts with a structural simulation to calculate the stresses and strains in a model due to a single load. You then join these results with material models and a description of the repetitive loading that the product is expected to undergo during its use. NCode have provided customers with data apprehend and analysis solutions for over 30 years and LEAP is arrogant to encourage companies in Australia and Fresh Zealand by offering node’s flagship products, Glyphworks and DesignLife.