GHGC Capabilities

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Featured Capabilities

We provide a range of services designed to meet diverse customer needs. Our team combines industry experience with technology to deliver high-quality results efficiently. Explore our services below to see how we can support your projects effectively.

Die-Cutting

We offer precision and rotary die cutting services that ensure accuracy and consistency for your projects. Our advanced techniques cater to various materials, providing positive results every time.

Rapid Prototyping

Our rapid prototyping service accelerates the development process, allowing you to create and test parts quickly. We utilize flexible materials, helping you iterate designs efficiently.

Custom Fabrication

We specialize in custom fabrication services tailored to your specifications. Our skilled team ensures every project meets your requirements with high attention to detail.

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Materials

At GHGC, we start with high-quality materials from trusted suppliers. From pressure-sensitive adhesives and rubber to foams and sponge, we use dependable sources to produce durable gaskets, seals, and custom parts designed to perform in a wide variety of industries and applications.

Manufacturing

Our team brings years of hands-on experience with flexible materials and precision converting. We understand the challenges that come with cutting and shaping different materials- whether it is density, thickness, or texture and we apply the best techniques to deliver clean, consistent results every time.

Efficiency

We focus on reducing material waste and keeping production efficient without compromising quality. Every project is planned with accuracy in mind to make sure you get the best value, quick turnaround, and reliable performance from start to finish.

Precision Die Cutting

Die cutting offers a precise and efficient way to create custom parts from a variety of flexible materials. This process can produce accurate parts from thin foam, adhesive, and more-ensuring clean edges and consistent quality.

Benefits of Die-Cutting
  • Production: Medium to large scale.

  • Clean, smooth edges: Ensures high-quality finishes with no rough or uneven cuts.

  • Material flexibility: Works with a wide range of materials, including rubber, foam, plastics, and adhesives.

  • Complex shapes: Capable of cutting intricate or detailed designs with precision.
  • Steel-rule die
  • Compound and progressive tooling
  • Feed-thru dies
  • Automotive: Gaskets, seals, sound-dampening materials, insulation pads, and adhesive mounting components.

  • Electronics: Insulators, conductive pads, EMI/RFI shielding, and protective films.

  • Aerospace: Thermal insulation, vibration control parts, and lightweight sealing materials.

  • Industrial: Custom gaskets, spacers, foam parts, and sealing components for machinery and equipment.

Rotary Die-Cutting

Rotary die cutting is a high-speed, precise process used to cut parts from materials such as foam, rubber, adhesive tapes, and films. Ideal for high-volume production, rotary die cutting ensures clean edges, minimal waste, and excellent efficiency.

Benefits of Rotary Die-Cutting

  • High-speed production: Efficiently produces large quantities of parts.

  • Consistent accuracy: Delivers precise, repeatable cuts with tight tolerances.

  • Customization: Can handle complex shapes, kiss cutting, and perforations.

  • Through Cutting: Cuts completely through the material and liner, creating individual parts.

  • Kiss Cutting: Cuts through the top layer of material but leaves the backing liner intact-ideal for adhesive products.

  • Perforating: Creates small holes or slits that allow parts to be easily torn or separated.

  • Laminating: Combines multiple layers of materials during the die cutting process for added strength or functionality.

  • Slitting: Cuts material into narrower rolls or strips while maintaining continuous processing.

  • Automotive: Gaskets, seals, insulation, vibration dampening pads, and adhesive-backed components.

  • Electronics: EMI/RFI shielding, insulation pads, adhesive spacers, and protective films.

  • Aerospace: Thermal insulation, vibration control parts, and protective tapes.

  • Industrial: Custom gaskets, protective films, and sealing components.

  • Consumer Products: Labels, stickers, packaging seals, and cushioning pads.

Slitting

Slitting is a manufacturing process used to cut large rolls of material- such as film, foil, paper, rubber, or adhesive tape-into narrower rolls or strips.

Benefits of Slitting

  • Material efficiency: Maximizes use of large rolls by converting them into usable widths.

  • Versatility: Works with a wide range of materials, including films, foams, rubber, and adhesives.

  • Consistency: Ensures uniform roll sizes for reliable downstream processing.

  • Cost-effective: Reduces waste and improves production efficiency for high-volume operations.

  • Adhesive tapes: Cutting large rolls into specific widths.

Laminating

Laminating is the process of bonding two or more layers of material together to create a single, stronger, and more functional product. It joins materials such as films, foams, fabrics, and foils to improve durability, appearance, and performance for specific applications.

Benefits of Lamination

  • Increased strength: Combines materials to create a more durable final product.

  • Enhanced appearance: Provides a clean, professional finish or surface protection.

  • Improved performance: Adds properties such as moisture resistance, insulation, or flexibility.

  • Material versatility: Allows different materials to be combined for custom functionality.

  • Protection: Shields materials from wear, abrasion, and environmental factors.

  • Consistency: Ensures uniform bonding and thickness across production runs.

At GHGC, we use an Imesa laminator to bond multiple layers of material with precision and consistency. This process allows us to combine films, foams, fabrics, and foils into a single, durable product.

  • Gaskets and seals: Combining materials for improved strength, sealing, and durability.

  • Adhesive components: Creating multi-layer adhesive products for mounting or bonding applications.

  • Insulation materials: Producing layered foams and films for thermal or electrical insulation.

  • Protective films: Adding layers to enhance moisture, abrasion, or chemical resistance.

Rapid Prototyping

Rapid prototyping uses a dieless cutter to quickly produce sample parts without the need for tooling. This process is ideal for testing designs, materials, and fit before moving into full production, saving both time and cost during product development.

Dieless Cutter
Benefits of Rapid-Prototyping

  • No tooling required: Dieless cutting allows quick turnaround without the cost or delay of custom tools.

  • Faster development: Designs can be tested and adjusted quickly before full production.

  • Design flexibility: Easy to modify parts for testing different materials or dimensions.

  • Improved accuracy: Produces consistent, precise samples that closely match final production parts.

  • Shorter lead times: Accelerates the overall product development cycle.

     
     

  • Product Development: Quickly create and test design concepts before full-scale production.

  • Design Validation: Identify and correct design flaws early in the process.

Get Your Custom Quote Today

Looking for custom solutions? The GHGC team is here to help with quick, accurate quotes for your projects. Let’s chat about what you need and find the best fit together!

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