Technical parts - Import export

For hightech accessories, we use materials such as Arnite, Grivory, Ryton, Ultem, and Ultrason (partially filled with up to 50% glass fiber). Furthermore, we are able to achieve the highest degree of precision both in concentricity and in measuring range, thanks to our tool concepts that provide for innovative cooling and for the use of innovative molding materials.

Customer requirements for environmentally friendly products with high design standards, economical production methods and maximum safety have led them to rely on our expertise and technologies since 1959.

Depending on the industrial sector, more or less complex processes take place with more or less difficult media. These media are needed either for the production process itself or for supporting processes and can have very special properties. Thanks to the VERINOX used, Lipp can tailor the tank material exactly to medium and process and thus offer the best technical and economic solution. Parts and accessories can also be individually selected and installed according to the project. This means that Lipp system solutions can be considered both for simple solutions such as part of a fire protection system, but also for complex requirements, such as in the pharmaceutical and beverage industry. So much flexibility in terms of the possibilities for use is a powerful argument for cooperation with Lipp. Engineering offices gain a partner who covers a wide range of applications and provides the same high quality worldwide.

Our advanced manufacturing crafts highly precise, custom-engineered components for technical applications in small series. Precision in 3D Construction and Modeling: Expertise in precise 3D construction and modeling underpins the production of technical production parts in small series. Leveraging advanced 3D printing, we create components meeting high standards of accuracy and functionality. Diverse Material Portfolio for Technical Applications: From classic materials (PLA, PET-G, ASA, ABS) to specialized polymers and fiber composites, our varied material portfolio caters to specific needs of technical production parts. Optimized Manufacturing for Small Series: Our techniques ensure efficient, precise production for small series, balancing cost-effectiveness and quality for swift market entry.

Components in small volumes, replacement parts which are difficult to source or have even become obsolete, requirements and customer demands that fluctuate substantially (and are therefore effectively unplannable) All these are challenges in the day-to-day life of OEMs and TIER-X manufacturers in off-highway, commercial vehicles, mechanical engineering and many other industries when it comes to delivery performance towards end-customers. Our solution: for every case the most suitable manufacturing technology combined with our own experienced engineering team – everything from a single source. Technologies: Additive Manufacturing / 3D printing Casting Parts (sand casting, pressure casting and many more) CNC Parts Technical Plastics Parts Rubber and Elastomer Parts (gaskets) Assembly of Modules and Systems and many more

Discover high-quality technical plastic injection molded parts for vehicle construction at EWOQE! As an experienced partner to the automotive industry, we offer customized solutions for a wide range of applications, from interior components to technical parts for chassis and powertrain systems. Our dedicated team utilizes state-of-the-art manufacturing technologies and high-quality materials to ensure that our plastic injection molded parts meet the highest quality standards. We understand the demands for durability, resistance, and functionality in vehicle construction and design our products accordingly. Whether you need components for electric vehicles, internal combustion engines, or hybrid vehicles, we are your reliable partner for technical plastic injection molded parts. Rely on our expertise to meet your requirements and achieve your production goals. Contact EWOQE today to learn more about our tailored solutions for vehicle construction and to advance your projects.

PicoFill Add-on is a very compact and flexible filling system for CO 2 / N 2O in combination with other Filltech systems like uniFill. Highlights Easy, precise and safe to operate For operation in combination with other Filltech systems Individual solutions on demand Optionally available with integrated pump or for central pumping supply Different attachment parts and filling adapters for the filling of several cylinders in the indicated weight range Additional case for accessories and tools Short set-up time for changing parts Technical Data Filling-range: approx. 50 g - 6 kg/ up to 13 lbs. fill weight Weighing-range: up to 15kg / 35 lbs. Scale division: 0-7 kg -2 g, 7-15 kg - 5 g Dimensions: approx. 600 x 400 x 1200 mm/ 24 x 24 x 47.5 in. Weight: approx. 50 kg/ 110 lbs. Weighing System Two load cells Automatic tare setting Automatic shut-off at target weight Legal for trade Technical Data Filling-range: approx. 50 g - 6 kg/ up to 13 lbs. fill weight Weighing-range: up to 15kg / 35

Avery compact and flexible filling system for CO 2/N 2O in combination with other Filltech systems like profiFill or uniFill. Highlights Easy, precise and safe to operate For operation in combination with other Filltech systems Individual solutions on demand Optionally available with integrated pump or for central pumping supply Different attachment parts and filling adapters for the filling of several cylinders in the indicated weight range Additional case for accessories and tools Short set-up time for changing parts Technical Data Filling-range: approx. 50 g - 6 kg/ up to 13 lbs. fill weight Weighing-range: up to 15kg / 35 lbs. Scale division: 0-7 kg -2 g, 7-15 kg - 5 g Dimensions: approx. 600 x 400 x 1200 mm/ 24 x 24 x 47.5 in. Weight: approx. 50 kg/ 110 lbs. Weighing System Two load cells Automatic tare setting Automatic shut-off at target weight Legal for trade Technical Data Filling-range: approx. 50 g - 6 kg/ up to 13 lbs. fill weight Weighing-range: up to 15kg / 35 lbs. Sca

Customers from a wide range of industries rely on technically sophisticated injection-moulded parts made with up to three components. Our unique strength lies in the areas of multi-component technology, thermoplastics processing, elastomers and high-performance plastics.

At the PERO laboratory for technical cleanliness that forms part of our Centre of Competence, we analyse and assess the outcomes of the cleaning tests. Analytical lab, vacuum drying unit, testing instruments Examination under light microscope Assessment of cleanliness analyses according to VDA 19 and other standards

To achieve the required technical cleanliness, the parts must be correctly handled and placed in the cleaning unit. This is normally done by using special parts carriers that can withstand the cleaning conditions.

The TWT combines a number of cleaning methods in a single unit. Through immersion any spray cleaning with alkaline, neutral or slightly acidic aqueous media, it caters for a wide range of parts and meets even the most stringent requirements regarding technical cleanliness. The cleaned parts are dried under vacuum for extra fast processing. All machine components that come into contact with media are made in stainless steel, allowing for the use of fresh and demineralised water.

PIOCELAN® MEANS OPTING FOR OUTSTANDING MECHANICAL PROPERTIES. As a material, Piocelan® is an intelligent combination of polystyrene (EPS) and polyethylene (PE) or EPS and polypropylene (PP), bringing together the best of both worlds: Piocelan® features the low density of EPS and the exceptional chemical resistance and shock absorption of PE respectively PP. It’s especially robust and wear-resistant – characteristics that make Piocelan® molded parts the ideal solution for difficult conditions, including high circulation, and other special requirements.

NEOPOR® MEANS OPTIMAL INSULATION. Neopor® comes into its own when perfect insulation is called for. The expanded foam is a version of Styropor® that contains graphite with insulation properties that are ten percent better. The very low thermal conductivity combined with high compressive resistance makes it the perfect material for technical molded parts. Storopack uses Neopor® to manufacture insulation elements for building sections such as the roof and walls as well as perimeter bases and panels for laying underfloor heating systems. Up to 70 percent of heat energy can be saved with Neopor® thermal insulation compared to homes with no exterior insulation. Storopack products made of Neopor® are used in heating and air conditioning applications for insulating boilers, pumps, and heating controls and as housing for modern home ventilation systems. The technical molded parts can be expanded to optimally fit around contours so that no heat is lost.

EPP CAN WITHSTAND HEAVY STRAIN. Technical molded parts made of expanded polypropylene (EPP) are indispensable in a number of industries – in car manufacturing, for example. Thanks to their outstanding energy-absorbing properties, EPP parts improve passive safety and provide better protection for vehicle occupants. Accordingly, they are used to make fenders, headrests, and other impact absorbers. EPP can absorb even more energy when used in combination with metal. One secondary benefit is the low weight of the innovative material: EPP molded parts thus cut fuel consumption and make cars more eco-friendly. Due to the fact that it can be precisely shaped, EPP also cuts a good figure elsewhere – as a sun visor, paneling, or a toolbox for precisely accommodating breakdown sets. Its extraordinary insulating ability is also the reason why notable manufacturers in the heating and air conditioning industry use EPP molded parts from Storopack for their products.

EPS MEANS OPTING FOR MAXIMUM FREEDOM. Technical molded parts made of expanded polystyrene (EPS) are the material of choice when it comes to good moldability, light weight, and outstanding insulation. EPS is ideal for the lost foam casting process. This involves embedding an EPS foam model of the desired component within a casting chamber in molding sand and dissolving it by pouring in molten metal. Compared to other processes, this affords greater design freedom when creating the cast parts, because neither built-in parts nor connections are necessary. As such, even complex cast components can be produced easily and particularly inexpensively. EPS also serves the construction industry well: Due to their very low thermal conductivity, technical molded parts are used as insulation elements and panels for underfloor heating systems. They can also be used as formwork elements. Whether for individual geometries or technically demanding structures, EPS makes it possible.

We are well prepared for quick repairs, which means shorter downtimes for our clients. We know what downtime means for our customers. Which is why we develop and manufacture superior, robust products. Our maintenance-free rope and motor grabs contribute to both environmental protection and economic efficiency. Because maintenance-free means no need for lubricants, no time spent greasing and no wear. However, even our KROGER grab sometimes require spare parts, inspections or repairs after repeatedly lifting maximum loads. We are here to help you when you need it. We can guarantee quick repair as we always have access to our KROGER grab ’ spare parts. We will ship the required parts to you as quickly as possible. The use of original KROGER spare parts can improve your grabs’ long-term performance. Please refer to your grab’s technical documentation for its spare parts delivery scope.