Advances in Laser MicroMachining, Embassy Suites Dallas-Sept 9, 2009
September 9th, 9:00 am - 12:00 pm
Embassy Suites Dallas-Park Central Area
Attend JPSA's Technology Seminar
JPSA presents Advances in Laser MicroMachining technology seminar at the Embassy Suites Dallas. The event will be held from 9:00AM-12:00PM with a continental breakfast and refreshments. The seminar will be an overview of JPSA's latest advances in laser micromachining in a variety of industrial and research applications. This event is FREE of charge and no admission ticket is necessary.
However, advanced registration is required and space is limited to the first 50 participants. Register now by clicking the link:
Seminar program:
Guest Speaker, To be announced.
Cristian Porneala, Ph.D., JPSA Applications Scientist. Dr. Porneala will discuss the latest capabilities in the field of Micromachining
Matthew Parker, US Sales Manager. His talk will discuss the latest advances in laser processing in Semiconductor Applications
Directions
From I-635 (Traveling East or West)
Take I-75 north to Exit #23 Spring Valley, Make the U-turn to the Southbound Service Rd. Proceed south on the service road about 1/2 mile and follow the service road to the hotel entrance. Embassy Suites Park Central will be located on the right.
From I-75 (Traveling North)
After crossing under I-635. Take Exit #22 Midpark Road. Make the U-turn to the Southbound Service Rd. Proceed south on the service road about 1/4 mile and follow the service road to the hotel entrance. Embassy Suites Park Central will be located on the right.
From I-75 (Traveling South)
Exit #22A Frontage Road and follow the service road to the hotel entrance. Embassy Suites Park Central will be located on the right.
Local Map
Laser Micromachining
JPSA Laser provides excimer, Diode Pumped Solid State (DPSS), and Ultrafast laser micromachining solutions for:
- Thin Film PV Patterning
- Laser Scribing
- LED Lift-Off (LLO)
- Advanced Laser Lift-Off
- Metal Dicing
- Laser Dicing
- Via Drilling
- Silicon Edge Isolation
- Ink-Jet Nozzles
- Microfluidic Devices
- Micro Vias
- Annealing and Doping
- Parylene Ablation
- 3D Micro Features
- Concentrator Photovoltaics