Injection moulding is a manufacturing process in which molten plastic is injected into a mould (tool) to produce components with precise dimensions and complex geometries. The method is highly efficient for mass production and offers excellent repeatability.

Common materials include thermoplastics such as ABS, polypropylene (PP), polyethylene (PE), nylon (PA), and polycarbonate (PC). The optimal material depends on the product’s requirements—such as strength, flexibility, heat resistance, or chemical resistance. There is a wide range of material choices, to choose for the exact product.

-High production speed -Low unit cost at high volumes -Precise and repeatable output -Capability for complex geometries -Minimal need for post-processing

High initial tooling costs Less cost-effective for small production runs

Lead time depends on complexity, but typically ranges from 6 to 16 weeks. Early involvement in the process is recommended—it enables faster progress and better outcomes.

Lifespan varies based on material type, maintenance, and production volume. Steel moulds can withstand from hundreds of thousands to several million of cycles, while aluminium moulds generally have a shorter service life.

Yes, thermoplastics can be recycled and reused. We always evaluate the possibility of using recycled material—in close dialogue with the customer and based on the required properties of the final product.

Cost depends on several factors: Part size and complexity Material selection Quantity Tooling investment Injection moulding is typically most cost-effective for larger production runs (500+ units). Early collaboration allows us to reduce tooling costs and maximize value.

Injection moulding is ideal for high-volume production with tight tolerances and optimal properties. 3D printing is better suited for prototyping and small batches, offering lower upfront costs but slower production speed and limited scalability.

Absolutely. We offer design and development consulting with a focus on manufacturability (Design for Manufacturing – DfM). We assist with material selection, detailed design, and optimization for functionality and cost-efficiency.

Get in touch—we’re happy to provide answers and explore solutions together.

We offer both standard and customized delivery solutions, including DDP, FCA, and EXW in accordance with Incoterms. We collaborate with trusted logistics partners to ensure on-time deliveries across the Nordics, Europe—and globally.

Yes. We provide JIT deliveries for customers who require it. Our internal logistics systems and automated packing lines enable direct delivery into your production flow—eliminating the need for intermediate storage.

All products are labeled with batch numbers and production data. This ensures full traceability throughout the value chain. Our traceability procedures comply with ISO 9001 standards.

Products are robotically handled and packed in customized packaging. We offer ESD-safe packaging for electronic components, as well as tailor-made inserts and labeled boxes. Packaging can be adapted to integrate seamlessly with your production line or warehouse system.

Yes, we offer both warehousing and consignment stock for selected customers. This improves delivery reliability and reduces lead times—especially for framework agreements and recurring production.

Standard delivery time is 2–6 weeks, depending on complexity, volume, and tooling. For ongoing production agreements, we can offer shorter lead times with pre-produced items in stock.

Absolutely. Upon agreement, goods can be collected directly from our production facility.

If unexpected delays occur, we notify you immediately. We then offer alternative solutions such as express shipping or partial deliveries—to keep your production running smoothly.

Yes. We support integration via EDI, API, or other formats. This enables seamless order and delivery management between our systems and your ERP solution.

We actively pursue sustainable logistics solutions. This includes eco-friendly packaging, coordinated deliveries, and green transport options wherever possible.

We primarily use Engel injection moulding machines, known for their high accuracy, reliability, and flexibility. Our machinery spans a wide range, and all machines are equipped with robots for automated and efficient production.

Our machines offer clamping forces from 25 to 2400 tons and can produce components ranging from 1 gram to 9 kilograms. This gives us exceptional flexibility—whether you require small precision parts or large technical products.

Yes, we offer 2K - moulding. This allows us to combine two different plastic types or colors into one component, improving functionality and design flexibility. Whether we propose such a solution depends on compatibility with our machinery and the suitability of the product.

We work with a wide range of technical thermoplastics and elastomers. Common combinations include: • Hard/soft (e.g., PP + TPE) • Color variations • Transparent and opaque materials • Combinations with differing mechanical properties

All our machines are robotized. Several production lines also feature automation within the robot cell—for tasks such as packaging, finishing, and quality control. This ensures consistent production, high quality, and efficient logistics.

Our machines are equipped with sensors and advanced process control systems that monitor pressure, temperature, and cycle time in real time. This enables high repeatability, minimal waste, and traceable quality.

Yes, we adapt to customer-supplied tools and ensure optimal machine selection and production setup.

Yes. We offer both manual and automated casting of metal and other inserts. This enables the production of functional hybrid components with high precision.

Absolutely. We provide support in Design for Manufacturing (DfM), material selection, and optimization of 2K solutions. Early dialogue leads to better solutions and lower costs.

Yes, we have machines and processes well suited for pilot runs, small series, and product validation prior to full-scale production.