QuesTek Innovations LLC
Evanston, IL 60201
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QuesTek's New 17-4 Powders Allow Production of Complex and High-strength Stainless Parts via AM
Stainless steel composition for powder bed fusion additive manufacturing for use either in the as-printed condition or with a single low-temperature heat treatment. Available in two feedstock options QT 17-4 for use in the direct aged condition and QT 17-4+ for use in the as-printed condition. Used in a range of industries including aerospace, defense, medical, chemical processing and energy.
Read More »QuesTek's New 17-4 Powders Allow Production of Complex and High-strength Stainless Parts via AM
Stainless steel composition for powder bed fusion additive manufacturing for use either in the as-printed condition or with a single low-temperature heat treatment. Available in two feedstock options QT 17-4 for use in the direct aged condition and QT 17-4+ for use in the as-printed condition. Used in a range of industries including aerospace, defense, medical, chemical processing and energy.
Read More »New Aluminum (Al) Alloy Capable of High-strength Performance at Elevated Temperatures from 200-300 Degree C
Enables the printing of light-weight precision components not currently possible with traditional manufacturing methods. Developed using integrated computational materials engineering technologies and materials by Design® approach. Meets all requirements without the need for subsequent heat treatment.
Read More »New Aluminum (Al) Alloy Capable of High-strength Performance at Elevated Temperatures from 200-300 Degree C
Enables the printing of light-weight precision components not currently possible with traditional manufacturing methods. Developed using integrated computational materials engineering technologies and materials by Design® approach. Meets all requirements without the need for subsequent heat treatment.
Read More »QuesTek Wins AFRL Additive Manufacturing Modeling Challenge
Evanston, IL, July 28, 2020 – The Air Force Research Lab (AFRL) and America Makes have announced that QuesTek Innovations has won the Additive Manufacturing Modeling Challenge “Macro-scale Structure-to-Properties Predictions” to improve the understanding and modeling capability of the complex linkage of process-structure-performance of AM built components. The goal of the AFRL Challenge...
Read More »QuesTek Wins AFRL Additive Manufacturing Modeling Challenge
Evanston, IL, July 28, 2020 – The Air Force Research Lab (AFRL) and America Makes have announced that QuesTek Innovations has won the Additive Manufacturing Modeling Challenge “Macro-scale Structure-to-Properties Predictions” to improve the understanding and modeling capability of the complex linkage of process-structure-performance of AM built components. The goal of the AFRL Challenge...
Read More »QuesTek's New 17-4 Powders Allow Production of Complex and High-strength Stainless Parts via AM
Stainless steel composition for powder bed fusion additive manufacturing for use either in the as-printed condition or with a single low-temperature heat treatment. Available in two feedstock options QT 17-4 for use in the direct aged condition and QT 17-4+ for use in the as-printed condition. Used in a range of industries including aerospace, defense, medical, chemical processing and energy.
Read More »QuesTek's New 17-4 Powders Allow Production of Complex and High-strength Stainless Parts via AM
Stainless steel composition for powder bed fusion additive manufacturing for use either in the as-printed condition or with a single low-temperature heat treatment. Available in two feedstock options QT 17-4 for use in the direct aged condition and QT 17-4+ for use in the as-printed condition. Used in a range of industries including aerospace, defense, medical, chemical processing and energy.
Read More »Questek Co-founder and Chief Science Officer Prof. Greg Olson Joins Massachusetts Institute of Technology Faculty
Evanston, IL – QuesTek Innovations LLC, a leading developer of metal alloys, announced that its cofounder and board member, Professor Greg Olson, has joined the Department of Materials Science and Engineering faculty of the Massachusetts Institute of Technology (MIT) as Thermo-Calc Professor of the Practice. Previously, Dr. Olson was a full-tenured professor of Materials Science and Engineering...
Read More »Questek Co-founder and Chief Science Officer Prof. Greg Olson Joins Massachusetts Institute of Technology Faculty
Evanston, IL – QuesTek Innovations LLC, a leading developer of metal alloys, announced that its cofounder and board member, Professor Greg Olson, has joined the Department of Materials Science and Engineering faculty of the Massachusetts Institute of Technology (MIT) as Thermo-Calc Professor of the Practice. Previously, Dr. Olson was a full-tenured professor of Materials Science and Engineering...
Read More »New Aluminum (Al) Alloy Capable of High-strength Performance at Elevated Temperatures from 200-300 Degree C
Enables the printing of light-weight precision components not currently possible with traditional manufacturing methods. Developed using integrated computational materials engineering technologies and materials by Design® approach. Meets all requirements without the need for subsequent heat treatment.
Read More »New Aluminum (Al) Alloy Capable of High-strength Performance at Elevated Temperatures from 200-300 Degree C
Enables the printing of light-weight precision components not currently possible with traditional manufacturing methods. Developed using integrated computational materials engineering technologies and materials by Design® approach. Meets all requirements without the need for subsequent heat treatment.
Read More »