Non-Conventional Machining

Non-Conventional Machining

Technologies Component Manufacturing Systems Non-Conventional Machining

Efficient material removal technologies for demanding applications

The aim of the MTC's Non-Conventional Machining (NCM) theme is to provide efficient, cost-effective solutions for the manufacture of traditionally difficult to machine materials using state-of-the-art spark erosion and laser technologies. These processes are generally used when traditional methods are not technically or economically feasible. Some examples for this are: 

  • Machining of very hard or tough materials
  • Machining of very complex shapes
  • High surface finish and accuracy requirements
  • Low cutting forces or clamping forces requirements

 

We are currently focusing on developing electrical discharge machining (EDM), electrical discharge drilling (EDD), electro-chemical machining (ECM) as well as laser drilling and micro-machining for a range of applications in the High Value Manufacturing sector.

Typical projects include the assessment of a range of potential NCM processes for a specific application or component geometry, followed by process down-selection based on a cost/ benefit analysis. Key Process Variables (KPVs) of the down-selected process are then defined through directed research, to establish a robust processing window for the specific material or component geometry combination which can be seamlessly transferred to industry.

We offer surface engineering capability in all areas from cleaning to polishing and micro-texturing. We have lasers that are capable of removing oxide layers, paints and coatings from metals. We also have the ability to change the surface structure and chemistry of metals and polymers for achieving specific functionality such as water-repelling, anti-bacterial or adhesive properties.

We can even add aesthetic surfaces such as carbon-fibre texture, textile finishes or even pictures on metallic surfaces.

The NCM theme works closely with other research themes (Advanced Tooling and Fixturing, Metrology and NDT, Net Shape and Additive Manufacturing and Manufacturing Simulation) and the MTC’s three academic partners to enable emerging NCM technologies such as micro-machining and laser ablation to be developed through the Manufacturing Capability Readiness Levels (MCRLs) in a timely manner to meet the increasingly demanding requirements from industry.
 


It has been a life changing experience to work with MTC since my graduation. The chance to work on leading projects with nice and intelligent colleagues in a modern R&D environment has been great. I don't regret joining!
Qinqin Zhang
Research Engineer - Net Shape Manufacturing