End Products

Whether you are manufacturing Automotive Hose, Brackets, Gaskets, Seals or other extruded parts, we have a full line of profile, rubber & silicone and corrugated extrusion tooling to help you produce an excellent end product.

Blow molding die manufacturing is something we can help you with. You will find our extrusion die designs dedicated to blow molding dies under our 1000 Series. We accommodate single, co-extrusion, triple extrusion and multi-layer applications as well as custom design for more challenging projects.

Guill provides single, multi-layer and co-extrusion heads that can be utilized in the in the Cosmetics, Consumer Products, Food Processing, Medical, Pharmaceutical and Specialty Packaging industries. The versatility of our options enables us to meet your needs and help make your line profitable and efficient.

When your client approaches you with a new consumer product, we are ready to design and manufacture the extrusion head or die you need to ensure your manufacturing processes are successful.

Whether you are producing corrugated hose for an industrial or consumer end product market, our experience and manufacturing excellence will ensure your success.

Our engineers are here to help you design extrusion tooling for large or small corrugated pipe. Many configuration options are available to ensure the best end product in an efficient manner.

Fiber optic cable is necessary for cutting edge data transfer speeds, often being capable of transferring over 10-70 gigabits of information per second. Our engineering team and facilities can design tooling that’s optimal for producing fiber optic cable that is slightly thicker than a strand of human hair.

Our custom made extrusion tooling and dies make it easy to efficiently and consistently manufacture a variety of food products. More precise tooling allows for considerably reduced wasted extrudate. Our extrusion tooling also allows for precise temperature control, allowing food to be manufactured under both high and low temperature conditions.

We offer Crosshead and In-Line Head tooling to extrude Hose products in a variety of materials for strength and flexibility. All heads are capable of multi-layer and stripe applications. Choose a deflector feature to evaluate the type tool that will best fit your process requirements.

Tubing made for the medical industry needs to be especially precise, and our tooling is the best in the business when it comes to producing exceptionally consistent extruded tube. Our Series 800 head and custom designed dies can manufacture multi-layer and multi-lumen tubing for any medical application.

We offer Crosshead and In-Line Head tooling to extrude Multi-Lumen Tube for Medical products. All heads are capable of multi-layer and stripe applications. Choose a deflector feature to evaluate the type tool that will best fit your process requirements.

If you don’t see your product listed here, feel free to contact us and our engineers will work with you to design custom tooling for whatever your product needs are.

Creating consistently sized pellets made of polymer, animal feed, or wood is made easy using our custom tooling. Producing pellets through extrusion yields numerous advantages over using a pellet mill, eliminating the presence of harmful microbes and often mitigating the need for binders in animal feed, and allowing more control of pellet density than traditional milling.

Our tooling is capable of producing pharmaceutical products using cutting edge extrusion technology. Hot melt extrusion is increasingly necessary for developing products using new active pharmaceutical ingredients, notably the HME process allows for increased bio-availability in orally administered drugs without the use of solvents, which can be continually produced using fewer steps.

We offer Crosshead and In-Line Head tooling to extrude Pipe products from small sizes to diameters in excess of 12 inches. All heads are capable of multi-layer and stripe applications. Choose a deflector feature to evaluate the type tool that will best fit your process requirements.

We offer Crosshead and In-Line Head tooling to extrude Profile products such as seals and substrate cover layering to composite architectural shapes. All heads are capable of multi-layer and stripe applications.

The Single Layer Crosshead is capable of running Solid products such as rod and stranding. Our Crossheads can be configured with many features to satisfy your process needs including multiple deflector designs, die adjustments and heaters.

Our engineers specialize in designing custom dies and extrusion heads, and are experts in helping you construct the perfect tooling for whatever your product’s custom packaging needs are. Our tooling creates packaging with minimal defects, and can produce packaging with no seams or surface lines.

We offer Crosshead and In-Line Head tooling to extrude Tube products from the very small Medical type to the very large Industrial type. All heads are capable of multi-layer and stripe applications.

The global infrastructure of telecommunications heavily relies on submarine communications cable in order to transfer data between continents. Our tooling is capable of manufacturing the essential components of this cable, extruding both the internal optical fibers and the protective outer layer of polyethylene.

Our tooling is capable of producing flexible extruded polyethylene piping, ideal for submarine applications, transporting oil, slurry, or waste. Extruded PE pipe holds numerous advantaged over other piping material, it resists corrosion from chemicals and seawater, it’s flexible, allowing it to bend and sway with the waves, and it’s buoyant, allowing easy installation from the surface using the float-and-sink method.

We design and manufacture Crosshead and In-Line Head tooling to extrude Wire & Cable products from small electronic lead wire to large multi-lead high voltage cable. All heads are capable of multi-layer and stripe applications.

Our tooling can be used to produce wood composite using new or recycled material, either directly through single step counter-rotating conical twin screw extrusion, or in two steps, after compounding using TSE, composites can be produced using conical TSE or single screw extrusion.