"Plastic injection moulding is one of the most efficient
and widely used production methods for both simple
and complex plastic parts."
Industries for which we manufacture plastic components according to the provided design
• Automotive
• Mechanical engineering
• Mining industry
• Mechanical engineering
• Mining industry
• Photovoltaics
• Electronic controller housings (air conditioning, ventilation, heat pumps, central heating)
• Electronic controller housings (air conditioning, ventilation, heat pumps, central heating)
• Components for the agro and agrotechnics sector
• Solutions for animal production
• Solutions for animal production
• Components for ventilation/recovery systems with biocidal properties
• Household appliances and consumer electronics
• Research and development
• Household appliances and consumer electronics
• Research and development
• Cosmetics
• Pharmaceutical products
• Food products
• Pharmaceutical products
• Food products
• Parts for baby strollers
• Parts for car seats
• Moulds for toy manufacturers
• Parts for car seats
• Moulds for toy manufacturers
Check a few steps to bring your product to market
Mass, serial, and prototype production — we can manufacture any plastic component. Even the simplest moulds require the right machines and know-how.
- I don't have a ready-made mould
- I have a ready-made mould
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1 | Technology consulting
We discuss your needs and assess whether injection moulding will be the optimal solution for your order.
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2 | Design and prototyping
Positively evaluated ideas are forwarded to the design office. We then create a prototype using the most suitable technology and submit it for your validation.
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3 | Approval, tool manufacturing, and serial production
After your approval, we manufacture the mould. We then proceed with the production of components. The product can be made using standard injection moulding, two-component injection moulding, or gas-assisted injection moulding. We also offer the possibility of assembling units from multiple components.
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1 | Provide us with your mould
Send us the documentation of your mould to determine the possibility of using it for production in our facility. Then arrange for collection by our transport or deliver it to us in person.
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2 | Trial batch production
"When the client provides a mould, we produce a trial batch and submit it for approval.
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3 | Approval, tool preparation, and main production
After your approval, we prepare the mould. We then proceed with the production of components. The product can be manufactured using standard injection moulding, two-component injection moulding, or gas-assisted injection moulding. We also offer the possibility of assembling units made from multiple components.
- Energy
- Consumption
- Industry
- Technology
Components for photovoltaic farms on flat roofs
Fastening elements intended for the construction of photovoltaic farms on flat roofs.
Plastic moldings for child car seats
Production of plastic moldings intended for the assembly of child car seats.
Lower part of the pram gondola
Lower part of the pram gondola. The structure is based on a single injection-molded part produced on a 600T machine.
Seat for a baby stroller
Complete seat for a baby stroller with a "fold" mechanism allowing the seat to be folded together with the stroller.
Enclosure for a microinverter intended for the PV industry
Enclosure for a microinverter intended for the PV industry. Made of durable polymer resistant to weather conditions and compliant with V0 flammability class.
Detonation connector components for the mining industry
Production of detonation connector components for the mining industry.
Camper equipment components
Production of parts and equipment components for campers.
Housings for traffic light signals
Housings for traffic light signals for road traffic, Ø 100 mm.
Traffic light components
Structural components for traffic lights for the UK market.
Components for ventilation/heat recovery systems with biocidal properties
Production of a modular distribution box system for ventilation, containing silver nanoparticles with biocidal properties.
Enclosure for a remote access system for controllers
Production of an enclosure for a remote access system for controllers: boilers, heat pumps, solar exchangers, and other heating system devices such as room controllers or mixer controllers.
Enclosure for a water heater controller
Production of an enclosure for a controller of a solar water heating system.
Do you have any questions?
Check our FAQ or talk to our expert.
Let’s talk about your project
Our specialists will answer all your questions, advise on the best technological solutions, and prepare the most favorable offer tailored to your needs.
1 | What is the mould manufacturing time?
This depends entirely on the complexity of the mould design and can range from 2 to 8 months. The final delivery time also depends on the current production queue.
2 | What is the lead time for orders with a ready-made mould?
The lead time largely depends on material availability, production volume, and whether post-processing is required. The final schedule is agreed directly with the client based on the order details.
Free quotation ready in one day
Provide a few essential details about your products, and we will take care of the rest.
What does it look like in practice?
See what we have produced for our clients.
Conventional injection moulding
The conventional plastic injection moulding process is one of the most commonly used methods for producing plastic components. This process involves injecting molten plastic into a mould under high pressure. The first stage is heating the plastic until it becomes liquid, followed by injecting it into a closed mould that gives it the desired shape. Once the material has solidified within the mould, the finished part is removed. Injection moulding enables the production of complex shapes with high precision and allows for the rapid manufacture of large production series. Its advantages include high repeatability, efficiency, and the ability to use a wide range of materials.
Two-component injection moulding
Two-component injection moulding is an advanced injection method that involves simultaneously injecting two different materials into the same mould. This process makes it possible to produce parts with complex structures, where one material can serve a structural function and the other an aesthetic or functional role. The first component is injected into the mould, followed by the second material, which forms another layer on the already solidified first component. Thanks to this technology, products with various properties can be manufactured, such as different colours, hardness levels, or abrasion resistance. It is widely used in industries such as automotive, medical, and electronics. Two-component injection moulding also helps optimise production processes and reduce the number of assembly stages.
Gas-assisted injection moulding
Gas-assisted injection moulding is a technique in which plastic is injected into a mould while gas (usually nitrogen or air) is introduced into the part under high pressure. The gas forms an internal cavity or space in the product, allowing the creation of components that appear solid and thick on the outside but are hollow inside, significantly reducing their weight. This method helps save material and improve the mechanical and thermal properties of products. Gas-assisted injection moulding is used to produce various components, including complex shapes that need to be lightweight yet resistant to damage. This technology also shortens production cycle times and reduces manufacturing costs.
