From consumer, medical, and energy products to electronics and automotive goods, we’re proud to deliver production-grade injection moulded parts for any and every industry.

We have developed proprietary technology and processes that allow you to receive Injection Moulded parts in as little as 8 days. We’re committed to reducing friction and ensuring you are informed at every stage of production.

Custom injection moulding is easily automated and requires minimal operator supervision, making it highly cost-effective and efficient for injection moulding manufacturers.

The quality and service since using Geomiq has rapidly accelerated our development process for roadmap, strategic and bespoke projects.

We use the Geomiq platform as it is the easiest and fastest way to get any of our parts made. They are the obvious choice, highly recommended!

We use the Geomiq platform as it is the easiest and fastest way to get any of our parts made. They are the obvious choice, highly recommended!

Injection moulding supports numerous materials, including ABS, HDPE, HIPS, LDPE, PA6 (Nylon 6), PC, PC/ABS blend, PE, PMMA (Acrylic), POM (Acetal/Delrin), PP, PS, PU (Polyurethane), and PVC.

Machining operations such as drilling, turning, milling, grinding and cutting can be performed on PBT using conventional high speed metal working equipment. Polybutylene Terephthalate can be decorated using the hot stamping and pad printing processes.

Application of paint or coatings onto the moulded surface using a spray gun, allowing for customisation of colours and finishes.

Controlled removal of material using a laser beam to create designs, patterns, or markings on the moulded surface, ensuring precision and permanence.

The quality and service since using Geomiq has rapidly accelerated our development process for roadmap, strategic and bespoke projects.

The choice of material depends on factors such as desired properties (e.g., strength, flexibility, transparency), environmental conditions, and application requirements. Geomiq can help you recommend the best material for your specific needs.

Aluminium moulds are generally more receptive to modifications and repairs compared to steel moulds. However, significant modifications may require a new mould.

Geomiq streamlines your parts supply chain down to a single supplier. A true enabler for anyone involved with fast paced R&D through to production.

We collaborate with 260+ experienced and vetted manufacturers. This allows you to access a world-class supply chain, offering greater capabilities and the highest standards globally, all from a single access point.

Waste generation is minimal in custom injection moulding, as this process uses only the required amount of material to create parts. Furthermore, most injection moulding materials are 100% recyclable.

Application of ink through a mesh screen onto the moulded surface, ideal for large and flat areas, offering vibrant and consistent prints.

At Geomiq, we understand the value of your time and are dedicated to helping you save more of it. After uploading your files, we provide a quote within one business day. Our network of highly experienced partners ensures that your injection moulding parts are of the highest quality with short lead times.

Geomiq have been fantastic in getting one-off prototype parts to us in our research team super fast so we can go out and test these ideas in the real world using the Brompton Future Lab initiative.

Plastic injection moulding is the process of creating unique plastic parts by injecting molten plastic into a custom-designed mould cavity. Once the plastic cools and solidifies, it takes on the precise shape of the mould.

VDI, provides a set of standards for textures and appearances in injection moulding, contributing to improved product aesthetics and performance.

Application of specialised coatings to enhance durability, resist scratches, or provide specific properties such as UV resistance or chemical resistance.

Application of specialised coatings to enhance durability, resist scratches, or provide specific properties such as UV resistance or chemical resistance.

Cutting-edge technology for multi-material, multi-shot components. Allows you to mould different materials in a single part.

The surface finish achieved directly from the injection moulding process, reflecting the natural texture and appearance of the mould without any additional post-processing.

Ultrasonic welding of this material through the use of energy directors designed into the part is common. Ultrasonic insertion of metal inserts is also feasible providing the metal insert is properly designed to eliminate any sharp corners.

Geomiq streamlines your parts supply chain down to a single supplier. A true enabler for anyone involved with fast paced R&D through to production.

Having developed proprietary technology to optimise lead times, we can produce affordable injection moulded parts that can be delivered to you in just 8 days. We provide hard and soft tooling for production or prototype injection moulding and world-class design optimisation. Geomiq has delivered over 12 million injection moulded parts to global customers through our services, providing tool ownership alongside.

The high production output rate of custom injection moulding makes it extremely cost-effective, allowing manufacturers to benefit from economies of scale and increased profit margins.

There are many grades of PBT available depending upon the application and intended usage. These include unfilled and high gloss versions; grades with various concentrations of glass fiber; and mineral and glass filled grades. Many grades of PBT have UL flammability approvals to UL 94 V 0 in wall thicknesses as low as .015 inches. This plastic injection molding material is available in a full range of colors. This material is an excellent candidate for molding thin cross sections due to its low melt viscosity.

VDI, provides a set of standards for textures and appearances in injection moulding, contributing to improved product aesthetics and performance.

See our case studies in action. Discover how we turn ideas into products with our prototyping and manufacturing capabilities.

Incorporate preformed metal or plastic inserts into your injection-moulded parts to increase functionality or aesthetics. Geomiq can provide inserts, work with free-issued inserts, or use inserts you specify.

Application of paint or coatings onto the moulded surface using a spray gun, allowing for customisation of colours and finishes.

Lead time varies depending on part complexity, mould design, and production volume. With Geomiq, you can receive parts in as little as 8 days.

Deposition of a thin metal layer onto the moulded surface through an electrochemical process, improving aesthetics, conductivity, or corrosion resistance.

SPI offers standardised textures and gloss levels to enhance the appearance and functionality of injection-moulded products.

Millions of uniform parts can be produced accurately and efficiently through plastic injection moulding services, allowing manufacturers to save time and money throughout production.

The surface finish achieved directly from the injection moulding process, reflecting the natural texture and appearance of the mould without any additional post-processing.

Geomiq have been fantastic in getting one-off prototype parts to us in our research team super fast so we can go out and test these ideas in the real world using the Brompton Future Lab initiative.

Controlled removal of material using a laser beam to create designs, patterns, or markings on the moulded surface, ensuring precision and permanence.

Geomiq streamlines your parts supply chain down to a single supplier. A true enabler for anyone involved with fast paced R&D through to production.

Precision etching of designs, logos, or information onto the moulded surface using a laser, providing a permanent and high-resolution marking.

Rebling produces parts utilizing different grades of PBT (Polybutylene Terephtalate) for applications ranging from under the hood automotive parts to plastic components for the electrical utility industry. This crystalline material is commonly referred to by its trade name, VALOX® or Celanex®.

Produce flexible, durable, and high-precision parts from soft/flexible materials in batches or production runs. Shores from 20 - 90 (A).

Custom injection moulding can produce tight tolerances with high precision. This is important for parts requiring high accuracy.

Integration of threaded metal inserts during the moulding process to provide durable and secure attachment points for screws, bolts, or other fasteners.

The Tensile Strength of Polybutylene Terephthalate ranges from 7000 psi for the unfilled grades to 17,000 psi for the highly glass filled grades. The Flexural Modulus for the unfilled plastic injection molding compound is 350,000 psi increasing to 1,100,000 psi for the 30% glass filled grade. The heat deflection temperatures at 66 psi range from 325°F for the unfilled grade to 420°F for the glass filled grades.

Heated material, typically thermosets and elastomers, is placed into an open mold cavity and compressed under heat and pressure until it takes the mould's shape. This process is widely used for producing large, thick, simple parts with minimal material waste.

Precision etching of designs, logos, or information onto the moulded surface using a laser, providing a permanent and high-resolution marking.

All of our partners’ Injection Moulding technologies allow you to design and produce highly complex parts. We offer medium and fine tolerances down to +/- 0.005mm for production and provide T1 samples for you to approve.

PBT has excellent chemical resistance to both strong and weak acids, but should not be used when exposure to strong bases is a possibility. Due to its low moisture absorption and crystalline nature, PBT can maintain its tensile strength when immersed in water at temperatures up to 150°F.

A printing method where a silicone pad transfers ink onto the moulded surface, allowing for detailed and multicolor designs on complex or contoured shapes.

With hundreds of global manufacturing partners, we guarantee competitive pricing and unlimited capacity. We can route jobs geographically to reduce lead times, shipping costs, and each order's carbon footprint. Our injection moulding partners undergo strict onboarding. Additionally, we use data to track deliveries, quality and pricing. This ensures your job is always with the most-suited injection moulding parts supplier.

Application of ink through a mesh screen onto the moulded surface, ideal for large and flat areas, offering vibrant and consistent prints.

As with most crystalline plastic injection molding materials, PBT has a very low coefficient of friction both against metal and against itself. The moisture absorption of PBT is also very low, in the range of .38% for the unfilled grades at equilibrium and .26% for the highly glass filled grades. This compares very favorably to other crystalline materials. For example, nylon 6-6 has 8.5 % moisture absorption at equilibrium and Acetal absorbs .8% at equilibrium. PBT also possesses excellent abrasion and creep resistance. These properties lend themselves to the use of PBT in gears, bushings and bearings, particularly when exposed to high moisture environments.

Injection moulding offers several advantages, including high production output, cost-effectiveness for large volumes, the ability to create complex designs, a wide range of material options, and minimal waste generation.

Geomiq has the capacity to take on various injection moulding projects, from prototyping to production. We support low-volume injection moulding with no minimum order quantity, as well as mass production and ongoing call-off orders that align with your needs. We seamlessly handle challenging projects with complex requirements, be it complex part geometry, specialist materials, extremely tight tolerances, or specialist finishing. Geomiq utilises the very latest injection moulding technologies to deliver quality fast.

Deposition of a thin metal layer onto the moulded surface through an electrochemical process, improving aesthetics, conductivity, or corrosion resistance.

We use the Geomiq platform as it is the easiest and fastest way to get any of our parts made. They are the obvious choice, highly recommended!

Geomiq have been fantastic in getting one-off prototype parts to us in our research team super fast so we can go out and test these ideas in the real world using the Brompton Future Lab initiative.

Injection moulding allows for a huge range of materials with production-grade properties, from durability and biocompatibility to impact resistance. We offer over 130+ injection moulding materials or can support free-issue material directly from you.

Integration of threaded metal inserts during the moulding process to provide durable and secure attachment points for screws, bolts, or other fasteners.

A printing method where a silicone pad transfers ink onto the moulded surface, allowing for detailed and multicolor designs on complex or contoured shapes.

Rebling design engineers have extensive experience in optimizing PBT part designs for functionality, cosmetics, cost, and processing. As with other plastics, maintaining a uniform wall thickness throughout the part is essential in producing an aesthetically pleasing part. Ribs, gussets, and bosses incorporated in the design can result in sink marks if not properly specified. The notch sensitivity of PBT needs to be addressed through the use of generous corner radii in order to reduce stress concentration factors. When specifying molded threads, coarse threads are preferred over fine threads and a .005 to .010 inch radius should be specified at the root of the thread. Molded-in metal inserts need to be correctly designed to minimize any sharp corners affecting the notch sensitivity of this material. Consultation with Rebling engineering staff will insure that the molded part will meet the intent of the design engineer.

The quality and service since using Geomiq has rapidly accelerated our development process for roadmap, strategic and bespoke projects.

The cost is influenced by factors such as part complexity, material selection, tooling cost, production volume, surface finish requirements, tolerance specifications, and any additional features or inserts.

Producing injection moulding plastic parts at scale can be challenging, which is why we offer fully managed production runs with dedicated specialists.

SPI offers standardised textures and gloss levels to enhance the appearance and functionality of injection-moulded products.

Our engineers have 50+ years of expertise and offer innovative processes with maximum responsiveness. Our T1 sampling process provides high-precision injection moulding. We're experts in rapid tooling, family moulds, multi-cavity moulding, and over-moulding.

Reputable providers typically have quality assurance processes in place. They may employ skilled engineers to check files and parts at every stage, from initial quote to final inspection, ensuring high-quality results.

Injection moulding is compatible with a wide range of materials with different properties and colours, providing endless manufacturing options.

We offer a 1 to 1 experience with an injection moulding project manager with over 25 years of experience. This ensures you get only the best advice and support throughout all stages of production, from tooling design, injection points, and surface finishing to packaging recommendations. Expect nothing less than affordable and exceptional service.

Injection moulding is versatile and can produce a wide range of products, including automotive parts, consumer goods, medical devices, electronic components, packaging materials, and more.