The post-process monitoring layer concerns checking the process and the finished part against their specifications, as well as logging process routes and outcomes. These are informative controls applied after machining is complete.
Additive manufacturing technology can build complex shapes that are not possible with traditional casting and machining methods, or subtractive techniques. Parts can be solid, or contain hollow elements with or without lattice structures. In order to optimize parts, engineers are increasingly designing for the additive manufacturing process.
The fundamental goal of automation is to reduce reliance on manpower. Whether for traditional manufacturing or additive manufacturing, it is important to understand the capabilities of supporting post-process manufacturing and metrology for validating that process.
So, what do we mean when we talk of post-process monitoring? Quite simply, it is the process used to monitor both the process and the finished product against their specifications, which include logging process routines and results in order to inform the machining and finalizing of the product.
The market for specialist metal additive manufacturing (AM) services is rapidly evolving as more and more companies realise the advantages which metal additive manufacturing offers over more traditional design and manufacturing techniques.
Tritech Precision Products Yeovil* manufactures production quantities of high-quality investment castings in air and vacuum. It supplies to customers in aerospace, medical, power generation, vehicle components, safety equipment, railway and general engineering.
Every year, GE Oil and Gas invites customers to an open house at its factory in Florence, Italy. This year 800 customers saw the results of a GE Oil and Gas New Technology Introduction project - a DEA Global coordinate measuring machine (CMM), retrofitted with a Renishaw REVO® system and measuring impeller parts at a dramatic speed.
Flexible Concepts Inc. is a large automotive supplier based in Elkhart, Indiana, USA. It set itself the challenge of being able to offer customers guaranteed machining capability, as part of a strategic decision to use innovative engineering to progressively increase the size of its business.
To meet rising demand for its market-leading range of forestry equipment, Tigercat Industries Inc. aimed to boost production efficiency and output at its manufacturing facility in Cambridge, Ontario, Canada.
CNC rotary tables play a vital role in the performance of multi-axis machining centres. As table accuracy and reliability are of paramount concern throughout the product’s lifetime, Matsumoto Machine Corporation (MMK) has taken a pragmatic two-pronged approach to reducing indexing errors and improving performance.
To achieve consistent sub-micron measurement accuracy, an automated line scale calibration system developed by the Standards and Calibration Laboratory (SCL) in Hong Kong made automatic error compensation a key design criteria.