Product Lifecycle Solutions
OEMs and their suppliers in the process of making their products go through different stages of the product’s lifecycle. 3D Engineering helps manufacturing companies adapt to these technologies to help them reduce lead times, save costs and in turn help increase their profits.3D Engineering brings very strategic partnerships to its clients that help them design their products, tools required to produce them, & also help achieve higher productivity.
In fact, the strategic partnerships of 3D Engineering bring a vast basket of solutions in the PLM stages such as Sketching, Modeling, Simulation, Virtual Reality, Tool Design, Plant design and Simulation, Process Optimisation, Planning and Scheduling, Quality Management, Manufacturing Execution Systems, Performance Analytics, amongst others.
It is becoming more and more important for a product manufacturer or supplier to an OEM, to ensure that their supplies are certified for their performance and safety. The liability of its failure, especially when experienced by the consumer can be extremely costly, even life-threatening at times. It is therefore important that the designed product or its part is virtually simulated for the loads that the product shall undergo in its use.
Depending on the use of the product, it may have to undergo mechanical structural stresses, stresses due to fluids around or within it or the electromagnetic stresses that would be emitted from the electronics and antennas on the product. Most products thus shall have to endure stresses arising out of multiple physics that assist its performance. Thanks to high-end simulation solutions available, products can now be simulated for its performance and certified safe and durable.
Additive Manufacturing (AM)
The traditional way of manufacturing is to subtract material from a block or a cylinder to get the net shape of the required product. AM is a paradigm shift from this traditional manufacturing as it allows to build a product grounds up. 3D Engineering brings to its customers the highest technologies that allow the building of a 3D part from a powder of plastic or metal.
This manufacturing technology, unlike the more popular ‘3D printing’, allows its users to get functional parts in plastic and a range of metals with the final net shape having mechanical properties equivalent to the traditionally made parts. The other benefits are unmatched – to get a geometry that is impossible to be made by traditional manufacturing in a matter of hours if not days from the time the 3D Model is ready.
Awards and Accolades
That Establish Our Prowess
We go the extra mile to deliver client delight. Our quality services executed with professional approach rewards us with recognition.