Primera empresa Chilena de alineadores de ortodoncia con softare propio y flujo digital integrado. Contamos con las ultimas technologias de manufacturación con impresoras 3D industriales, termoformadoras automatizados y laminas de termoformado proprietario.

Founded in May 2011 with the sole idea to import and distribute quality orthodontic products from around the world at a fair market price for the Chilean market. Currently we are the sole distributors for the Chinese brand Innovative Materials and Devices, Inc. (IMD) in Chile with a product portfolio including: - Steel Archwires- NiTi Archwires- Thermal NiTi Archwires- Cu-NiTi Archwires- Metallic Brackets (4 lines)- Ceramic Brackets- Self-Ligating Brackets- Pliers & Instruments- Laboratory supplies- Intra-Oral auxiliaries

• Optimized investment casting department to reduce casting defect up to 60%.• Co-Project Manager of pre-dispensed adhesive orthodontic bracket product involving automated dispensing, packaging, and testing to conform to ISO standards.• Application of 510(k) for new product line• Relocated to Wuxi, China in order to optimize the factory and implement new processes and equipment to increase efficiency and resolve product registration issues with SFDA.

• Managed Teaching Assistant team, outlining duties, deliverables, grading and advising on student related issues• Audited labs during the semester to give teaching assistants constructive criticism on teaching methodology• Teach students the basics of manufacturing techniques and machinery including CNC mills, CNC lathes, sheet metal fabrication, non-traditional machining, rapid prototyping, finishing processes and advanced measurement techniques• Semester-end student evaluation on instructor rating average: 4.8/5.0• Reference: Robert G. Bruce (765) 494-7518 brucer@purdue.edu

• Finite element analysis: identifying spring-back conditions of medical grade titanium for forging operation• Design Project: study GD&T stacking on mechanical components in final assembly process on dry-trailers• Solidification analysis: optimize the gating and filling of aluminum castings to reduce porosity and residual stress

• Reverse engineered outdated industrial version of Raman spectrometer• Identified improved components and worked directly with supplier on purchasing• Conceptualized and designed physical model of portable Raman spectrometer in Solidworks and reduced to 1/6 of its original volume• Developed part and assembly drawings of components and applied ASME Y14.5-1994 GD&T drafting standard• Manufactured 3 working prototypes for customer demo during trade shows• Involved in the process of securing a partnership with bio-analytical company for development of an automated Raman Spectrometer using 96-well plate• Conceptualized, designed and prototyped new automated equipment and work with cross-functional team in Boston to incorporate 2-axis automation software

• Developed finite element analysis teaching and tutorial modules for university coursework covering linear, non-linear, modal, and thermal analysis. • Design and implement university programs division webpage• Reference: Jim Ryan (734) 913-2543 james.ryan@mscsoftware.com