8698 Elk Grove Blvd. Ste. 1-194, Elk Grove, CA, 95624........Tel. 916-714-4944 Cell: 209-471-4847 Web site: www.hdetechnologies.com E-mail: email@example.com Laser Welding Technology EQ and PQ ‐ Equipment and Procedure Qualification This course emphasizes material behavior during laser welding Basic concepts in material processing Classification of materials – material behavior Key characteristics of the laser beam Industrial lasers and optics– selection for laser welding CO2, Nd:YAG, Direct Diode, Disk and Fiber lasers Beam delivery optics Laser beam metrology – selection of diagnostic devices Pulsed laser welding Characteristics of pulsed welds Computation of pulsed laser parameters – classroom work Computation of the pulse shapes – classroom work Optimization techniques Continuous power (CW) laser welding Characteristics of CW welds Setting of CW laser parameters Optimization techniques – temporal and spatial Metallurgy of laser welds Alloying systems (several) Welding dissimilar metals Filler metals Weld geometry and shield gases Tolerances for lap welds, butt and fillet welds Tool design Guidelines to handling transient and bulk heat Selection of shield gases – including use of air Effect of the shield gas on weld quality Weld defects their sources and corrective actions. Weld joint, heat sink, surface tension, etc. Weld inspection methods Conventional destructive – metallography Non destructive – laser based ultrasonic, etc. Real time weld monitoring – demo in class Doing a DOE study with the LWM Documentation control Relevant EN, ISO and AWS Standards Review of the revised AWS C7.4 Laser Welding Standard Comparison of the EN, ISO and AWS Laser weld standards How to define process parameters that are NOT covered by published Standards. General notes There are no prerequisites for taking this course. ‘Knowledge assessment’ test will be given at the start and at the end of this Laser Welding course to evaluate the progress made by the attendees. The ‘integrated’ results for the whole class will be available. Certificate of Attendance will be issued to all attendees at the completion of this Laser Welding course. Please bring with you a personal computer – to use with the computation assignments in the class! You may bring welded samples, technical data or documents to discuss with the instructor. You will receive the electronic copies of key computational formulas and the exclusive HDE Pulsed Weld Algorithms. You will also receive the electronic copies of the Equipment Qualification and Procedure Qualification Data Sheets. © 2014 HDE Technologies, Inc. (Course content may change without notice) Coverage of LASER WELD DEFECTS and analysis of weld defects 1. The main objective of the HDE Laser Welding Technology course is to connect the behavior of materials during welding to the performance of the laser, beam delivery optics, tooling, weld geometry, etc. 2. Preventing weld defects (and then real time weld monitoring) is easier than correcting them afterwards! However, the subject is ‘weld defects’ (identification of the nature and the source of the defects, how to evaluate and how to correct them) is well covered! Look at the statics below. 3. Here are some statistics: Total pages in the manual = 630 + hand-outs 30+% of the course is directly related to weld defects. 66 photos and illustrations related to weld defects. 20 complete sections of the manual related to weld defects. 7 computational algorithms that relate directly to weld defects. Weld inspection methods (traditional) = several complete sections. Weld inspection methods (real time weld monitoring) = 3 sections, 127 illustrations, 2 PPT, 1 video, and class demo of a working LWM system! Classroom assignment: 1 – uses the supplied mathematical algorithms! Take home the ‘code book’ on laser welding! This is the Laser Welding course that attracted thousands of professionals over the last 38 years! The Laser Welding course that attracted major corporations to continue sending their engineers and technicians to learn about laser welding. Attend and learn how to optimize the productivity of your laser welding process! Attend and learn how to achieve and maintain consistent quality laser welds! Attend and learn how to maintain your competitive edge in the International Market! Course Manager and Principal Instructor: Simon L. Engel, President, HDE Technologies, Inc. Read more about Mr. Engel on the Main Page of www.laserweldtraining.com – look under ‘Instructor(s)’. _________________________________________________________________________________________ Registration information – date, location and costs Please see the attached Registration Form To Register, please fill out this Form and send it via email to: firstname.lastname@example.org © 2014 HDE Technologies, Inc. (Course content may change without notice) 8698 Elk Grove Blvd. Ste. 1-194, Elk Grove, CA, 95624........Tel. 916-714-4944 Cell: 209-471-4847 Web site: www.hdetechnologies.com E-mail: email@example.com Laser Welding Technology: EQ and PQ – Equipment and Process Qualification Registration Form (Course # Fe2015) Dates: February 16 - 20, 2015, (4½ days). Time 8:00 to 5:00 M-Th, 8:00 to ~12:30 on Friday. Location: Country Inn and Suites, 4234 S. 48th Street, Phoenix, AZ, 85040 Hotel phone: 602-438-8688 Group Room Rate: ask for it – ‘HDE Laser Course’. Contact name: ________________________________________Title: ____________________ Company: ____________________________________________________________________ Address: _____________________________ City: ______________State: _____Zip: ________ Phone Number: ____________________________Email: _______________________________ Registration and Registration Fees: Please submit the above information and wait for verification of the Registration prior to sending the Reg. Fees and making travel arrangements. Registration Fee is $1,750.00 per person; 10% discount ($1,575.00 per person) for second person and others from the same company, attending at the same time. Registration Fees are due by January 16, 2015. Fees include: Course Manual, refreshments and lunches. Method of Payment: Checks made out to be payable to HDE Technologies, Inc. Company P.O. (will be invoiced upon receipt) ____, Company Check ___, Personal Check___, Direct Wire Transfer___(information will be provided upon request), Credit Cards ___ . Cancellation policy: Full refund of the Registration Fee if HDE is notified by Jan. 30, 2015. Hotel accommodations are to be made by the Registrants. © 2014-2015 HDE Technologies, Inc.
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