high quality plastic parts require a thermally homogenous melt. APPLICATION FIELDS: For high quality plastic parts, it is necessary to have a thermal homogeneous melt. The regular homogeneity of additives like flame retardant and UV-stabilizer are also a guarantor for high quality plastic parts as colour and thermal mixing. The high blend power of the OFS-mixing- nozzle ensures saving of colour-batches and other additives. STATIC WING-MIXER TYPE FM The static wing-mixer consists of 4 rustproof elements with specifically arranged wings, in order to mix the cast. Each element is arranged in such a way that by combining several elements a complete mixing system develops. This system produces the desired homogeneity through continuous swirling of the fusion stream in layers, which are spread over the whole flow diameter.

high quality plastic parts require a thermally homogenous melt. APPLICATION FIELDS: For high quality plastic parts, it is necessary to have a thermal homogeneous melt. The regular homogeneity of additives like flame retardant and UV-stabilizer are also a guarantor for high quality plastic parts as colour and thermal mixing. The high blend power of the OFS-mixing- nozzle ensures saving of colour-batches and other additives. STATIC MIXER TYPE XM: The static mixer type XM usually consists of 8 elements with specially arranged bars in order to create an optimal homogenization of the melt. Each element is arranged by the pin-groove connection in such a way that a complete mixing system is automatically created by assembling several elements. By dividing and combining the melt flow multiple times, the introduced materials (batch, additives, ...) are mixed in such a way that the melt is optimally homogeneous in terms of concentration, temperature, ... is achieved. The size and maybe changing number of mixing elements depends on the application, considering the material to be processed, the melt index, the volume flow and the current pressure conditions.

by the controlled closing and opening the flow canal, the cycle time can be reduced and a more exactly injection process is possible. APPLICATION FIELDS: The OFS-needle shut-off nozzle type NVP is used for processing of thermoplastic materials and thermoplastic elastomers. An integrated pneumatic or hydraulic cylinder activated the shut-off nozzle, whereby the needle opens and closes the flow channel. The needle is activated in both directions. For security, the shut-off nozzle is opened through emerging overpressure. The nozzle could be also activated by a machine side rod.

OFS-RECYLATE-NOZZLE TYPE RDS Due the optimal rheological design, the OFS-recycling-nozzle type RDS is well suitable for processing technical plastics. The melt channel, the transitions are designed accordingly so that no flow shadows, dead corners or impact edges are caused. Because of that, friction and shear-sensitive as well as reinforced materials can also be processed. To increase the lifespan, an anti-wear coating is available as an option, which minimizes the abrasive an corrosive wear. OFS-RECYLATE-NOZZLE TYPE RDSF The OFS-recyclate-nozzle type RDSF is suitable for processing all unreinforced standard-plastics (e.g. PE, PP, ABS, PA). The nozzle is not suitable for processing thermally- and shear-sensitive plastics (e.g. POM, PVS, PC). Due the special design of the filterinsert, the nozzles shows a large filtration surface in relation to the nozzle dimensions.

The oil absorbent BIO-SORB was approved by the Materials Testing Office of NRW as an oil and chemical binder for traffic areas and in water.

This component is used in an engine oil pump. It is installed in a high precision die-cast aluminum housing. By rotating the component around the bearing point (semicircle at the left of the picture), the flow rate of the oil is fully variably controlled, according to the load condition of the engine. The efficiency of a fully controlled pump is significantly higher than that of a permanently driven pump (the oil flow rate corresponds only to the required volume flow). Fuel consumption and CO² emissions are reduced as a result. Industry: automotive industry/technical application Special features: + Substitution of sintered steel + 70% of the component surface with 0° draft angle (thermoplastic and aluminum die-cast components generally always require a draft angle) + the two ground surfaces (light gray) have a parallelism of 10 µm. (High precision part)

With on-site polishing, we offer fast and precise surface finishing directly at the customer's location. No tool removal, no lengthy downtimes, and no unnecessary transport costs. Applications include: • Removal of pressure marks, scratches, and blemishes • Demolding problems during ongoing production • Gloss adjustments and repolishing • Surface finishing Using mobile precision technology and expert craftsmanship, we selectively refinish surfaces – from functional brushed finishes to high-gloss visual surfaces. Our primary goal is: To quickly return the tool to production, ensure quality, and minimize downtime. We stand for flexible deployment, technical expertise, and flawless results right where production takes place.

Simplify your information flow for future-proof production We revolutionize your production by providing our customizable modular system ONEexchange, which automates and digitizes your machines, production lines and plants, creating highly efficient and transparent production.

Efficient production needs informed operators ONEoperate creates transparent and comprehensible processes in production and is the central point for your operating staff to make settings and access information. You work less. Your machines work more. Your employees should be able to concentrate on your production. Handling the automation must therefore not be an additional burden for the operating staff. By concentrating on a central operating unit, the entire handling of the system is greatly simplified.

Keep an eye on all processes ONEview supports your process management by reading data from your machines in real time and preparing it in a user-friendly graphic form. Transparent production visualization Everyday production is primarily determined by the smooth flow of information. Fast and correct decisions based on relevant information ensure the decisive competitive advantage.

▶️ Real-time rheological measurements Our Online-Rheometers allow you to monitor the rheological and molecular properties of plastics in real-time and therefore gain important process information directly. With numerous optional extensions such as IR/UV or FTNIR determinations, you can further refine your measurements and optimize material quality. For even more flexibility, the Online-Rheometers can be upgraded to an AT-LINE Rheometer if required by connecting a Laboratory Extruder upstream as a melt dispenser - optionally with fully automatic material feed (Online-Sampler). Overview of our products: - Mini-Bypass-Rheograph (MBR/MBR-TD) - Side-Stream-Rheometer (SSR) - Real-Time-Rheometer (RTR/RTS-TD) - Rotational Online-Rheometer (ROR) - AT-LINE Rheometer (ALR)

Temperature control units for water up to 90 °C and oil up to 200 °C in open systems in the performance variants smart to XL.