Public Funding for Yamazaki Mazak U.K. Limited

Project GEMSTONE takes a holistic view of the gear manufacturing supply chain. Analysing and optimising each stage of the process from design through to finished component using AMRC's process monitoring solutions, GEMSTONE will reduce investment costs, energy usage and waste while delivering breakthrough levels of transmission component performance. Mazak's innovative thinking in machine tool, tooling and work holding aims to deliver a finished component from a blank in a single step while AFRC developed breakthrough blank geometries and forging technology will minimise waste and cut machining times significantly. Renishaw will deliver in-tool measurement and system condition health checking solutions to ensure accurate and repeatable parts from a machine that can run 24:7 with maximised efficiency. The flexibility of the manufacturing process will enable JLR to develop next generation lightweight and high performance asymmetric gear tooth profiles. Hosted at the leading edge manufacturing facilities of The Proving Factory, the solutions will utilise the latest Tata Steel materials to lay the foundation of a world class transmission production solution in the UK.

The 2G-HMS project builds on the success of the Innovate UK supported RECLAIM project which developed the World’s first Hybrid Manufacturing System (HMS) capable of seamless switching between additive manufacturing (laser cladding) and subtractive manufacturing (high speed milling) in a single machine using a novel docking system. Although the HMS approach is now being commercialised by HMT, a spin out from the RECLAIM project, with the support of other partners including the MTC further developments are urgently required. The partners in the project will increase the productivity and flexibility of the HMS approach, ensure improved part quality through process monitoring and control, extend the range of proven materials and demonstrate the efficacy of the system in applications from key end-use sectors. The developments in the 2G-HMS project will provide a step changes in process capability which will enable new markets to be explored which is essential for HMS to gain widespread acceptance and to ensure that the UK maintains a lead in this important technology

The 2G-HMS project builds on the success of the Innovate UK supported RECLAIM project which developed the World’s first Hybrid Manufacturing System (HMS) capable of seamless switching between additive manufacturing (laser cladding) and subtractive manufacturing (high speed milling) in a single machine using a novel docking system. Although the HMS approach is now being commercialised by HMT, a spin out from the RECLAIM project, with the support of other partners including the MTC further developments are urgently required. The partners in the project will increase the productivity and flexibility of the HMS approach, ensure improved part quality through process monitoring and control, extend the range of proven materials and demonstrate the efficacy of the system in applications from key end-use sectors. The developments in the 2G-HMS project will provide a step changes in process capability which will enable new markets to be explored which is essential for HMS to gain widespread acceptance and to ensure that the UK maintains a lead in this important technology

The 2G-HMS project builds on the success of the Innovate UK supported RECLAIM project which developed the World’s first Hybrid Manufacturing System (HMS) capable of seamless switching between additive manufacturing (laser cladding) and subtractive manufacturing (high speed milling) in a single machine using a novel docking system. Although the HMS approach is now being commercialised by HMT, a spin out from the RECLAIM project, with the support of other partners including the MTC further developments are urgently required. The partners in the project will increase the productivity and flexibility of the HMS approach, ensure improved part quality through process monitoring and control, extend the range of proven materials and demonstrate the efficacy of the system in applications from key end-use sectors. The developments in the 2G-HMS project will provide a step changes in process capability which will enable new markets to be explored which is essential for HMS to gain widespread acceptance and to ensure that the UK maintains a lead in this important technology

The 2G-HMS project builds on the success of the Innovate UK supported RECLAIM project which developed the World’s first Hybrid Manufacturing System (HMS) capable of seamless switching between additive manufacturing (laser cladding) and subtractive manufacturing (high speed milling) in a single machine using a novel docking system. Although the HMS approach is now being commercialised by HMT, a spin out from the RECLAIM project, with the support of other partners including the MTC further developments are urgently required. The partners in the project will increase the productivity and flexibility of the HMS approach, ensure improved part quality through process monitoring and control, extend the range of proven materials and demonstrate the efficacy of the system in applications from key end-use sectors. The developments in the 2G-HMS project will provide a step changes in process capability which will enable new markets to be explored which is essential for HMS to gain widespread acceptance and to ensure that the UK maintains a lead in this important technology

The 2G-HMS project builds on the success of the Innovate UK supported RECLAIM project which developed the World’s first Hybrid Manufacturing System (HMS) capable of seamless switching between additive manufacturing (laser cladding) and subtractive manufacturing (high speed milling) in a single machine using a novel docking system. Although the HMS approach is now being commercialised by HMT, a spin out from the RECLAIM project, with the support of other partners including the MTC further developments are urgently required. The partners in the project will increase the productivity and flexibility of the HMS approach, ensure improved part quality through process monitoring and control, extend the range of proven materials and demonstrate the efficacy of the system in applications from key end-use sectors. The developments in the 2G-HMS project will provide a step changes in process capability which will enable new markets to be explored which is essential for HMS to gain widespread acceptance and to ensure that the UK maintains a lead in this important technology

The 2G-HMS project builds on the success of the Innovate UK supported RECLAIM project which developed the World’s first Hybrid Manufacturing System (HMS) capable of seamless switching between additive manufacturing (laser cladding) and subtractive manufacturing (high speed milling) in a single machine using a novel docking system. Although the HMS approach is now being commercialised by HMT, a spin out from the RECLAIM project, with the support of other partners including the MTC further developments are urgently required. The partners in the project will increase the productivity and flexibility of the HMS approach, ensure improved part quality through process monitoring and control, extend the range of proven materials and demonstrate the efficacy of the system in applications from key end-use sectors. The developments in the 2G-HMS project will provide a step changes in process capability which will enable new markets to be explored which is essential for HMS to gain widespread acceptance and to ensure that the UK maintains a lead in this important technology

The 2G-HMS project builds on the success of the Innovate UK supported RECLAIM project which developed the World’s first Hybrid Manufacturing System (HMS) capable of seamless switching between additive manufacturing (laser cladding) and subtractive manufacturing (high speed milling) in a single machine using a novel docking system. Although the HMS approach is now being commercialised by HMT, a spin out from the RECLAIM project, with the support of other partners including the MTC further developments are urgently required. The partners in the project will increase the productivity and flexibility of the HMS approach, ensure improved part quality through process monitoring and control, extend the range of proven materials and demonstrate the efficacy of the system in applications from key end-use sectors. The developments in the 2G-HMS project will provide a step changes in process capability which will enable new markets to be explored which is essential for HMS to gain widespread acceptance and to ensure that the UK maintains a lead in this important technology

The 2G-HMS project builds on the success of the Innovate UK supported RECLAIM project which developed the World’s first Hybrid Manufacturing System (HMS) capable of seamless switching between additive manufacturing (laser cladding) and subtractive manufacturing (high speed milling) in a single machine using a novel docking system. Although the HMS approach is now being commercialised by HMT, a spin out from the RECLAIM project, with the support of other partners including the MTC further developments are urgently required. The partners in the project will increase the productivity and flexibility of the HMS approach, ensure improved part quality through process monitoring and control, extend the range of proven materials and demonstrate the efficacy of the system in applications from key end-use sectors. The developments in the 2G-HMS project will provide a step changes in process capability which will enable new markets to be explored which is essential for HMS to gain widespread acceptance and to ensure that the UK maintains a lead in this important technology

The 2G-HMS project builds on the success of the Innovate UK supported RECLAIM project which developed the World’s first Hybrid Manufacturing System (HMS) capable of seamless switching between additive manufacturing (laser cladding) and subtractive manufacturing (high speed milling) in a single machine using a novel docking system. Although the HMS approach is now being commercialised by HMT, a spin out from the RECLAIM project, with the support of other partners including the MTC further developments are urgently required. The partners in the project will increase the productivity and flexibility of the HMS approach, ensure improved part quality through process monitoring and control, extend the range of proven materials and demonstrate the efficacy of the system in applications from key end-use sectors. The developments in the 2G-HMS project will provide a step changes in process capability which will enable new markets to be explored which is essential for HMS to gain widespread acceptance and to ensure that the UK maintains a lead in this important technology

The 2G-HMS project builds on the success of the Innovate UK supported RECLAIM project which developed the World’s first Hybrid Manufacturing System (HMS) capable of seamless switching between additive manufacturing (laser cladding) and subtractive manufacturing (high speed milling) in a single machine using a novel docking system. Although the HMS approach is now being commercialised by HMT, a spin out from the RECLAIM project, with the support of other partners including the MTC further developments are urgently required. The partners in the project will increase the productivity and flexibility of the HMS approach, ensure improved part quality through process monitoring and control, extend the range of proven materials and demonstrate the efficacy of the system in applications from key end-use sectors. The developments in the 2G-HMS project will provide a step changes in process capability which will enable new markets to be explored which is essential for HMS to gain widespread acceptance and to ensure that the UK maintains a lead in this important technology

The 2G-HMS project builds on the success of the Innovate UK supported RECLAIM project which developed the World’s first Hybrid Manufacturing System (HMS) capable of seamless switching between additive manufacturing (laser cladding) and subtractive manufacturing (high speed milling) in a single machine using a novel docking system. Although the HMS approach is now being commercialised by HMT, a spin out from the RECLAIM project, with the support of other partners including the MTC further developments are urgently required. The partners in the project will increase the productivity and flexibility of the HMS approach, ensure improved part quality through process monitoring and control, extend the range of proven materials and demonstrate the efficacy of the system in applications from key end-use sectors. The developments in the 2G-HMS project will provide a step changes in process capability which will enable new markets to be explored which is essential for HMS to gain widespread acceptance and to ensure that the UK maintains a lead in this important technology

The 2G-HMS project builds on the success of the Innovate UK supported RECLAIM project which developed the World’s first Hybrid Manufacturing System (HMS) capable of seamless switching between additive manufacturing (laser cladding) and subtractive manufacturing (high speed milling) in a single machine using a novel docking system. Although the HMS approach is now being commercialised by HMT, a spin out from the RECLAIM project, with the support of other partners including the MTC further developments are urgently required. The partners in the project will increase the productivity and flexibility of the HMS approach, ensure improved part quality through process monitoring and control, extend the range of proven materials and demonstrate the efficacy of the system in applications from key end-use sectors. The developments in the 2G-HMS project will provide a step changes in process capability which will enable new markets to be explored which is essential for HMS to gain widespread acceptance and to ensure that the UK maintains a lead in this important technology

The 2G-HMS project builds on the success of the Innovate UK supported RECLAIM project which developed the World’s first Hybrid Manufacturing System (HMS) capable of seamless switching between additive manufacturing (laser cladding) and subtractive manufacturing (high speed milling) in a single machine using a novel docking system. Although the HMS approach is now being commercialised by HMT, a spin out from the RECLAIM project, with the support of other partners including the MTC further developments are urgently required. The partners in the project will increase the productivity and flexibility of the HMS approach, ensure improved part quality through process monitoring and control, extend the range of proven materials and demonstrate the efficacy of the system in applications from key end-use sectors. The developments in the 2G-HMS project will provide a step changes in process capability which will enable new markets to be explored which is essential for HMS to gain widespread acceptance and to ensure that the UK maintains a lead in this important technology

The 2G-HMS project builds on the success of the Innovate UK supported RECLAIM project which developed the World’s first Hybrid Manufacturing System (HMS) capable of seamless switching between additive manufacturing (laser cladding) and subtractive manufacturing (high speed milling) in a single machine using a novel docking system. Although the HMS approach is now being commercialised by HMT, a spin out from the RECLAIM project, with the support of other partners including the MTC further developments are urgently required. The partners in the project will increase the productivity and flexibility of the HMS approach, ensure improved part quality through process monitoring and control, extend the range of proven materials and demonstrate the efficacy of the system in applications from key end-use sectors. The developments in the 2G-HMS project will provide a step changes in process capability which will enable new markets to be explored which is essential for HMS to gain widespread acceptance and to ensure that the UK maintains a lead in this important technology

The 2G-HMS project builds on the success of the Innovate UK supported RECLAIM project which developed the World’s first Hybrid Manufacturing System (HMS) capable of seamless switching between additive manufacturing (laser cladding) and subtractive manufacturing (high speed milling) in a single machine using a novel docking system. Although the HMS approach is now being commercialised by HMT, a spin out from the RECLAIM project, with the support of other partners including the MTC further developments are urgently required. The partners in the project will increase the productivity and flexibility of the HMS approach, ensure improved part quality through process monitoring and control, extend the range of proven materials and demonstrate the efficacy of the system in applications from key end-use sectors. The developments in the 2G-HMS project will provide a step changes in process capability which will enable new markets to be explored which is essential for HMS to gain widespread acceptance and to ensure that the UK maintains a lead in this important technology

The 2G-HMS project builds on the success of the Innovate UK supported RECLAIM project which developed the World’s first Hybrid Manufacturing System (HMS) capable of seamless switching between additive manufacturing (laser cladding) and subtractive manufacturing (high speed milling) in a single machine using a novel docking system. Although the HMS approach is now being commercialised by HMT, a spin out from the RECLAIM project, with the support of other partners including the MTC further developments are urgently required. The partners in the project will increase the productivity and flexibility of the HMS approach, ensure improved part quality through process monitoring and control, extend the range of proven materials and demonstrate the efficacy of the system in applications from key end-use sectors. The developments in the 2G-HMS project will provide a step changes in process capability which will enable new markets to be explored which is essential for HMS to gain widespread acceptance and to ensure that the UK maintains a lead in this important technology