Supply, Delivery and Installation of wafer dicing kit for NMIS

The National Manufacturing Institute Scotland is in the process of expanding its manufacturing capability into the semiconductor advanced packaging area with specific focus on power electronic semiconductors. To support this expansion, NMIS intends to procure equipment that can support a wide variety of power electronic semiconductor designs and packaging requirements. The concept design for the facility will support a publicly funded project which will see the creation of an advanced facility for developing and scaling-up packaging capabilities and includes provision of equipment that is sufficiently flexible to support a wide variety of power electronic semiconductor design and packaging requirements. The overall scale up manufacturing facility is to be housed at an NMIS site, this sub-section of the facility will be housed in a ISO-7 (previously class 10,000) clean room environment. The equipment will comprise the latest technology in their respective fields. It will be utilized in a range of projects within the Power Electronics industry and will be made available to both academic and industrial partners across the whole of the United Kingdom, including other catapult centres. The facility will have capability to prepare, dice/cut, bond, interconnect, package, and test semiconductor products that are part of the power electronics sector. These stages will be carried out across dedicated research and development cells. The University is seeking to establish a contract for wafer dicing equipment and is subsequently tendering the lots outlined below: Lot 1 – Saw Dicing

The National Manufacturing Institute Scotland is in the process of expanding its manufacturing capability into the semiconductor advanced packaging area with specific focus on power electronic semiconductors. To support this expansion, NMIS intends to procure equipment that can support a wide variety of power electronic semiconductor designs and packaging requirements. The concept design for the facility will support a publicly funded project which will see the creation of an advanced facility for developing and scaling-up packaging capabilities and includes provision of equipment that is sufficiently flexible to support a wide variety of power electronic semiconductor design and packaging requirements. The overall scale up manufacturing facility is to be housed at an NMIS site, this sub-section of the facility will be housed in a ISO-7 (previously class 10,000) clean room environment. The equipment will comprise the latest technology in their respective fields. It will be utilized in a range of projects within the Power Electronics industry and will be made available to both academic and industrial partners across the whole of the United Kingdom, including other catapult centres. The facility will have capability to prepare, dice/cut, bond, interconnect, package, and test semiconductor products that are part of the power electronics sector. These stages will be carried out across dedicated research and development cells. The University is seeking to establish a contract for wafer dicing equipment and is subsequently tendering the lots outlined below: Lot 2 – Laser Dicing

The National Manufacturing Institute Scotland is in the process of expanding its manufacturing capability into the semiconductor advanced packaging area with specific focus on power electronic semiconductors. To support this expansion, NMIS intends to procure equipment that can support a wide variety of power electronic semiconductor designs and packaging requirements. The concept design for the facility will support a publicly funded project which will see the creation of an advanced facility for developing and scaling-up packaging capabilities and includes provision of equipment that is sufficiently flexible to support a wide variety of power electronic semiconductor design and packaging requirements. The overall scale up manufacturing facility is to be housed at an NMIS site, this sub-section of the facility will be housed in a ISO-7 (previously class 10,000) clean room environment. The equipment will comprise the latest technology in their respective fields. It will be utilized in a range of projects within the Power Electronics industry and will be made available to both academic and industrial partners across the whole of the United Kingdom, including other catapult centres. The facility will have capability to prepare, dice/cut, bond, interconnect, package, and test semiconductor products that are part of the power electronics sector. These stages will be carried out across dedicated research and development cells. The University is seeking to establish a contract for wafer dicing equipment and is subsequently tendering the lots outlined below: Lot 3 – Scribe & Break