Over 40 Years Experience

An American Made Tooling & Injection Molding Company

Address

1067 Hamilton
Dr. Holland, OH 43528

Office Hours

Monday – Friday:8AM – 4:30PM
Saturday – Sunday:CLOSED

Phone

(419) 861-0334

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Plastic Injection Molding

On-Site Completion

We’ve got you covered

DRS utilizes an advanced mold making process to facilitate the needs of our customers. Our highly skilled team and precision equipment combine to provide you with simple or complex parts that meet your quality requirements, not ours! From 100 parts up to 10,000 parts at a time, we will build the right tool for your product. DRS can provide you with a vast array of injection molding products whether your part has undercuts, molded inserts, tight tolerances, or over molding. There is no part we won’t review, and we are not afraid of taking on a challenge.
Services Include:

  • Commodity and engineering grade resin processing
  • Prototype part molding
  • Specialty and niche market
    production
  • Custom Color matching
  • Gloss level control
  • First article inspection
  • PPAP and AAR process
  • Run-at-rate and DOE
  • Specialized packaging and shipping
  • Light assembly of additional components
  • Low volume production

Material Selection: This is one of the most important decisions when starting a new project and figuring out what type of resin is going to fulfill the design and functional requirements of your product. Below are some common materials that are used in the injection molding process. When in doubt, always contact a resin supplier to find the best possible match for your product. DRS has molded hundreds of different materials, however that does not mean we know the best material for your product. We are here to guide you and our DFM process can help determine if your design is built for your selected material.

 Resin Selections
 Characteristics
 Acrylonitrile Butadiene Styrene (ABS)
 Impact resistance.
Strong heat resistance.
High tensile strength.
Scratch resistance.
Good Weatherability.
 Acetal (POM) 
 Impact Toughness.
Excellent Rigidity.
Abrasion Resistance.
Creep Resistance and Solvent Resistance.
Low Coefficient of Friction.
 Acrylic (PMMA) 
 Strong Impact Resistance.
High Resolution Clear Resin.
Non-Yellowing Color.
Good Weatherability.
 Polycarbonate / ABS (PC/ABS) 
  Increased Impact Resistance.
Strong Heat Resistance.
High Tensile Strength.
Scratch Resistance.
Polycarbonate (PC)
 Lightweight – High Performance.
Dimensional Stability.
Optical Clarity.
High Heat Resistance.
UV Resistance.
High Impact Resistance.
 Polypropylene (PP) 
 General Purpose.
Chemical Resistance
Elasticity and Toughness.
Fatigue Resistance.
Good Insulation.
Transmissivity.
 Poly-Ethylene (HDPE / LDPE) 
 FDA Grade Resins.
Water Resistant
Elasticity and Good Toughness.
Self Lubricating.
Lightweight and Strong. 
 Polybutylene Terephthalate (PBT)
 Low Water Absorption.
Good Moldability.
High Strength.
Very Good Dimensional Stability.
High Heat Resistance.
Chemical Resistance.
 
 Low Water Absorption.
Good Moldability.
High Strength.
Very Good Dimensional Stability.
High Heat Resistance.
Chemical Resistance.
Polystyrene (PS)
Naturally Transparent.
Good Rigidity.
General Purpose Material.
Low Cost Material.
 Nylon (PA) 
 Abrasion Resistance.
High Tensile and Impact.
Strength Flexibility and Elasticity.
Thermal and Chemical Resistance.
Nylon 6 (PA6)
Good Abrasion Resistance. Higher Tensile and Impact. Better Dimensional Stability. High Heat Resistance. Thermal and Chemical Resistance.
Nylon 6/6 (PA66)
Good Abrasion Resistance.
Higher Tensile and Impact.
Better Dimensional Stability.
High Heat Resistance.
Strength Flexibility and Elasticity.
Thermal and Chemical Resistance.
Thermoplastic Elastomer (TPE)
Excellent Weather Resistance.
Shock Absorption.
Great Flexibility.
Simplified Processing.
Soft Touch Texture.
Thermoplastic Olefin (TPO)
Great Chemical Resistance.
Great UV Resistance.
Good Flexibility.
Good Impact Resistance.
Great Wear Resistance.
Thermoplastic Polyurethane (TPU)
Excellent Chemical Resistance.
High Abrasion Resistance.
Lowers Vibration.
High Impact Resistance.
Great Mechanical Resistance.
Good for Overmolding.
Polyethermide (PEI)
High Dialectric Strength.
Excellent Flame and Heat Resistance.
Resistance to Stress and Cracking.
Great Rigidity at High Temps.
Great Dimensional Stability.
Good electrical Properties.
Polyaryletherketone (PEEK)
High Strength to Weight Ratio.
Improved Fatigue Strength and Creep Resistance.
Great Weatherability.
Excellent Abrasion Resistance.