Download
1 / 20
200 likes | 296 Vues
Low Energy Printing Project P10505. David Hatch. Outline. Introduction Competitive Technologies Objectives and Markets Project Requirements Future Vision. Introduction . The goal of P10505 is to reduce the energy used in fusing toner onto printing material.
E N D
Low Energy Printing ProjectP10505 David Hatch
Outline • Introduction • Competitive Technologies • Objectives and Markets • Project Requirements • Future Vision
Introduction • The goal of P10505 is to reduce the energy used in fusing toner onto printing material. • After the ink has been printed onto the paper it undergoes a fusing process to bind it to the paper’s fibers. • Current technology uses high energy thermal or light processes to affix the toner to the paper. • P10505 intends to accomplish toner bonding without using thermal or radiant energy to fuse the ink.
Project Introduction • Project Name and Number • Low Energy Printing Project, P10505 • Project Family • Printing Systems • Track • Aerospace and Energy Systems • Guide and Consultant • Bill Nowak, Xerox Corporation, Principal Engineer - Motion Quality Systems • Primary Customer • John Knapp, Xerox Corporation, Research Fellow • P10505 is a continuation of P09505. Due to this, a lot of groundwork has been laid for the current iteration of the project.
Fuser Descriptions • Flash fusing uses high intensity strobes to fix toner to paper. • Hot-roll fusing uses heated rollers and • pressure (100-200 lbs) to melt the toner and • force it into the paper. Images: Xerox.com
Cold Pressure Fusing • High pressure (4000-5000 lbs) application without thermal or radiant heat. • Current toner formulas cannot work with cold pressure fusing. Design is being focused on what toner is expected to do in the near future. • Disadvantages are paper wear and loss of quality from smearing and uneven distribution. Image: Waseda University
Stakeholders • Xerox corporation • Wants a developed technology to implement in printer designs. • New innovative approaches and employee opportunities • MSD team • Want a challenging and educational learning experience. • Opportunity for future growth. • Engineering Department • Wants a rewarding student experience and a satisfied sponsor.
Proprietary Constraints • Since MSD is in the public domain, Xerox does not want to divulge information to team members beyond the scope of the project. • The engineers at Xerox want to see how successful the current project is before moving forward. • Because of this, information on next year’s project will be limited until the conclusion of the quarter or possibly until next year.
Objectives • Primarily – make money • Decrease energy use to make the printer more marketable. • Open third world markets unavailable to high energy printers. • Augment company image. • Establish customer loyalty • Reduce energy footprint.
Markets Image: xerox.com • Industrial use • High volume, continuous production • Books, magazines, printing labels etc. • Office use • Medium volume, intermittent use • Reports, presentations etc. • Personal use • Low volume, sporadic use
Affinity Diagram Information drawn from P09505
Objective Tree Low Energy Printing Low Energy Fuser Easily Manufactured Integrable Reasonable size Usable for high rate printing Readily Available Materials Low cost Low weight Satisfy User Requirements EfficientPrinting Quality Printing Long Term Considerations Low warm up time High image quality Customer safety No paper damage High speed printing Low maintenance Durable image No thermal or radiant energy Reliable print Information drawn from P09505
Needs Statements • The fuser uses less energy than current fusers. • The fuser creates a high quality, long lasting print image. • The fuser can function at rates equal to or better than the rest of the printer. • The fuser can be implemented in current printer designs. • The fuser can be manufactured easily and at low cost.
Resources • Xerox prefers to manufacture in-house for billing purposes and quality control. Potentially all manufacturing needs will be accomplished in this manner. • CNC work may be completed in the Brinkman lab. • Technical TA’s who are closely associated with Xerox. • Project guide is a Xerox engineer.
Future Plan This Quarter • Follow P90505 closely through the remainder of the quarter. • Meet directly with John Knapp. Next Year • Re-interview Xerox for any design changes. • Evaluate final success of P09505.
end presentation function input(questions?) .\query return
References • "Flash Fusing Technology." Fuji Xerox. 2009. Fuji Xerox Corporation. 13 Apr. 2009 <http://www.fujixerox.com/eng/company/technology/flash_fix/>. • Jones, Joshua, et al. "P09505: Low Energy Printing (Xerox)." Edge. 4 Apr. 2009. Rochester Inst. of Technology. 14 Apr. 2009 <https://edge.rit.edu/content/P09505/public/Home>. • Xerox Corporation, David Thompson, and DineshTyagi Eastman Kodak Company. "Tutorial T14: Fusing Technologies and Toner Materials Relationships." NIP 24: 24th International Conf. on Digital Printing Technologies. Edge. 15 Apr. 2009 <https://edge.rit.edu/content/P09505/public/ %22Fusing%20Technologies%20%26%20Toner%20Materials%20Relationships%22>.
