http://www.rfdigital.com The perfect prototype tool for building your wireless projects. Ideal for engineers, students, hobbyists. Link to the Microchip Module Page:http://www.rfdigital.com/?targetpage=item&filterpn=RFD21830 Every engineering bench needs a pair.
Representing the leading edge of a wave of new products and technologies, Acura today unveiled three new vehicles at the North American International Auto Show, including a concept version of the all-new gateway to the Acura brand, the ILX luxury compact sedan; a prototype of the 2013 RDX crossover sport utility vehicle; and the NSX Concept, which presages the direction for Acura’s next-generation supercar.
Acura also announced that the next-generation NSX will feature Acura’s innovative new Sport Hybrid SH-AWD® technology and that the vehicle will be developed by Honda R&D Americas and manufactured in Ohio.
To view Multimedia News Release, go to http://multivu.prnewswire.com/mnr/acura/45743/
Presented here are few of the products which Vertex Product Development has designed, engineered and developed from conception to production for the Consumer, Commercial, Industrial and Medical industries.
Typical industrial design & engineering program of an advance electrical meter/monitoring system.
This short clip demonstrate the way Vertex Product Development approach typical design effort/challenge by following step by step design and engineering program.
Vertex was approached by the client to do a complete re-design of an existing similar product manufactured by the same client, and to have a new product which is more up to date with regards to design style and lower in cost to manufacture.
This presentation depicts a typical product development process which was done by Vertex Product Development. This new Wall-mounted MoD BoX delivers true Music on Demand™, making it the first jukebox to offer the full benefit of broadband or dialup connections.
Presented here is an extensive product design and engineering effort, from the ground up of a Semiconductor Wet Processing System. This new system is capable of fully automated, cassette-to-cassette, true single-sided wet processing of 1-12\
Presented here are few of the products which Vertex Product Development has designed, engineered and developed from conception to production for the Consumer, Commercial, Industrial and Medical industries.
Presented here is the new EM Super-Jet Printing press, a two color printing press for envelopes with 6” cylinders and a multi purpose envelope feeder.
Vertex’s responsibility was the design and engineering of all plastic and sheet metal parts, as well as, exterior covers design and engineering driven by ergonomics and user interface with the press.
As part of the EM series Vertex Product Development Inc. was also responsible for the Jet EM printing press which is a two color printing press for envelopes with 3” cylinders and a Dual-Feeder option. The objectives in this effort was to use as many common parts as possible with the EM Super-Jet press to lower stock and minimize part numbers in the BOM (Bill of Material), as well as, to add new product to the EM press family.
This design of a unique non contact chuck, was a part of a much larger scale design and engineering project of a wet processing machine for the semiconductor industry.
The client requested Vertex to design, engineer and produce a scalable new chuck that can hold the wafer from the bottom end and at the same time process the same side which the wafer is held from. We had strict instructions not to have any contact with the top side of the wafer, due to sensitive semiconductor design on that side, therefore the name “Non Contact Chuck”.
This unique design had to overcome and avoid collision of the wafer’s holding fingers with the process module while scanning the wafer above it. This resulted in holding fingers behaving like Millipede legs.
Challenges in this design were enormous.
The chuck had to spin 360 degrees, travel on the Z axis, pressurize the top side of the wafer with air to prevent any liquid from getting to the top side, as well as, pneumatically control and actuate each finger at the right time.
Great project to work on, great challenge and great results.
