Injection Mold (bench-top) Consultation and Product Development
Budget: $250 – $750 USD
I’m in the concept-development phase for a rugged all-weather outdoor product that will be injection-molded in ABS plastic on a bench-top machine.
I want to rfind experienced manufacturing engineers that have experience with contemporary desktop molding machines. I want to identify professionals that can contribute to the product design and development processes.So please start your reply with relevant experiences so that I can find you!
This low volume product production will utilize a two-part mold running approximately 120-140 gram shots. Please ONLY REPLY if you have experience with similar projects running on contemporary bench–top injection, molding machines.
Next step is to discuss the project, look over my current sketches and suggest practical approaches that will make molding on a bench-top machine straightforward and cost-effective.
The ideal candidate will be able contribute to::
* detailed design and prototype testing
* CADs for tooling:
• Optimize tooling costs
* Develop part geometry for draft angles, wall thickness, sink, and warp risk.
• Develop gate locations, runner style, and basic mold layout in line with standard ABS processing.
I want to rfind experienced manufacturing engineers that have experience with contemporary desktop molding machines. I want to identify professionals that can contribute to the product design and development processes.So please start your reply with relevant experiences so that I can find you!
This low volume product production will utilize a two-part mold running approximately 120-140 gram shots. Please ONLY REPLY if you have experience with similar projects running on contemporary bench–top injection, molding machines.
Next step is to discuss the project, look over my current sketches and suggest practical approaches that will make molding on a bench-top machine straightforward and cost-effective.
The ideal candidate will be able contribute to::
* detailed design and prototype testing
* CADs for tooling:
• Optimize tooling costs
* Develop part geometry for draft angles, wall thickness, sink, and warp risk.
• Develop gate locations, runner style, and basic mold layout in line with standard ABS processing.