Special features: + Replacing metal to composite + Excellent formstability + Narrow tolerances on an 'As moulded' part + High pressure resistances, including bolt connections

De-moulding strokes of 14mm to 100mm. Adaptable to the customer's draft (+35º up to -60º). Fast delivery of the required draft. Vertical function maximizing strength. Complete flexibility for the moulding insert dimension. Big savings in time & cost for machining and adjustments. Eliminates the need for high-precision angled housings in the core plates. Eliminates the need for cam actions in the ejection plates. Significant reduction in the tool size. Smaller and less expensive injection machine required. Significant reduction to the ejection stroke.

Rotary syringe NEW Syringe, rotary spindle, medical sector: medical technology

DREI BOND GmbH is truly unique worldwide. We offer the entire process from a single source – from innovative adhesive and sealing materials to customized dispensing systems, as well as individual engineering and after-sales services. Whether at the stage of an initial product idea or close to series production, we support projects through all phases in our in-house technical center: from design for bonding and material testing to validation, prototyping and pilot series, all the way to a fully mature series production process. Our partners and customers particularly value our agility, openness, flexibility, and hands-on approach to developing practical solutions. For almost 50 years, we have been a reliable partner to the automotive industry and to numerous customers in electronics, plastics and metal processing, mechanical and plant engineering, as well as engine and transmission manufacturing. With locations in the USA, Poland, China, Mexico, and Brazil, and as part of the STEINL Group, we are globally present and directly accessible to internationally operating companies.

DREYLUB UHMW PE Compound Unique UHMWPE compound that can be thermoplastically processed as granulate, making it suitable for both injection molding and extrusion. Benefits of DREYLUB: Self-Lubricating and Friction-Reducing: Thanks to its self-lubricating nature, DREYLUB eliminates the need for external lubrication, making it ideal for applications where parts are in constant motion, such as in automotive, industrial machinery, and office equipment. This feature extends the lifespan of components, reducing maintenance costs. Superior Abrasion Resistance: DREYLUB compounds offer significantly higher wear resistance than traditional materials like nylon or acetal, making them perfect for high-friction environments. This property makes it an excellent choice for sliding parts in industries like automotive and electronics. High Chemical and Temperature Stability: DREYLUB resists chemicals, including acids and alkalis, and performs exceptionally well even in extreme temperatures. This makes it suitable for applications in harsh environments, such as in industrial machinery or medical devices where chemical exposure is common. Noise Reduction: The noise-dampening properties of DREYLUB are particularly valuable in consumer electronics and automotive interiors, where quiet operation is essential for user comfort. Sustainability and Recyclability: One of the standout features of DREYLUB is its recyclability. With its thermoplastic processability, it offers a sustainable solution that aligns with today’s focus on reducing waste and promoting circular economies.

The new NTA drive unit sets standards with its innovative design and functionality. The integrated, printed element for air flow to maximize thermal insulation from the tool can only be produced using the advantages of additive manufacturing. The NTA drive unit impresses with its compact design and pneumatic operation. With a diameter of 32 mm (35 mm) and a stroke of 8 mm, it offers optimum performance at an operating pressure of 6 bar. This drive unit is suitable for use up to nozzle size 22 and, thanks to its structure in the clamping plate, enables very small nest spacings. This makes it particularly suitable for high-cavity systems in the packaging, medical and pharmaceutical industries.

ALBIS Healthcare Portfolio Overview

Hybrid technology Hybrid technology is characterized by the fact that plastic elements are molded onto a metal substrate. In this case, the insert usually has a larger volume or surface area than the plastic component. Undercuts or cutouts are used to create a stable connection between the different materials.

Housing flange, assembly 2066 pressure sensor for the heating industry. Industry: Industrial. Keyword: Glass fiber reinforced plastic plug-in and dirt construction.

Drucksensor, Automotive

Special features: + High precision moulding + Excellent form stability + PVD coating

Our modern drum melting systems ensure uniform processing of highly viscous adhesives and sealants. With precise temperature control and gentle screw conveying, we ensure that your material is processed reliably and without air bubbles at all times.