We are an injection molding & engineering company located in Thomasville, NC and serve companies across the United States. Hughes Supply manufactures injection molded plastic parts on state-of-the-art equipment in our 130,000 square foot facility located in Thomasville, NC. We operate around the clock production geared for both minimum and maximum runs. Our 44 molding presses ranging from 50 to 750 tons are capable of producing precision tolerances out of virtually any thermoplastic material in any color. 

We serve many customers from a variety of industries that have diverse needs and expectations and we find solutions. We have worked over 46 years to earn the loyalty and respect of our repeat customers. At Hughes Supply, we go above and beyond to meet our customers expectations and set the standard in injection molding.

What set us apart from the industry?

  • Flexibility

  • Low & High Volume Production

  • 35+ grades of material

  • 800+ color schemes in stock

  • Thin wall molding

  • 24/7 Manufacturing with over 200 employees

  • Short Lead Times

  • Just-In-Time Manufacturing

  • Robots, Digital Counters, and Auto Bagging Systems

  • Preventive Maintenance Programs

  • 3D Printing Services

  • 24/7 Mold Tech Support, Maintenance Support, Mold Changes, and Tooling Adjustments

  • Fast Cycling or Semi-Automatic production

  • On-Time delivery Performance data

  • Design to Distribution

We look forward to earning your business and becoming your trusted source for injection molding and engineering.




We have over 1000 Standard Line Products and serve in the following markets: Furniture, Kitchen, and Window markets.



Our custom line takes your ideas or projects and turns them into reality. Tell us the type of component you need and what it needs to do and we will design it, formulate the chemical composition, and produce precise plans with form, function, and costing specifications.



From concept to CAD/CAM, we offer complete product and tooling design capabilities. We specialize in design to distribution.