ComoNeo combines precise process monitoring with automated control to ensure consistently high quality in injection molding. The integrated Multiflow function automatically balances hot runners, enabling stable processes even when using recycled materials. With increased computing power, ComoNeo is ready for future AI-based applications and supports efficient, zero-defect production.

Flexible generalist with a compact design The proven CX series from KraussMaffei offers something for everyone The right solution according to customer requirements. Using various modules, the machine can be configured individually for everyone – whether a contract injection molder or a technology group. With the fully hydraulic CX series, KraussMaffei offers something special compact, efficient and flexible two-platen machines. The highlights of the CX series at a glance: Compact through – Two-plate concept with self-supporting clasp up to 1,600 kN – Generous storage space for peripheral devices Efficient through – intelligent energy management and BluePower efficiency packages – best accessibility – for the highest demands thanks to a unique closing concept and maximum plate parallelism Flexible through – modular structure – as a powerful basis for further technologies

The plastics industry faces growing demands for sustainability and environmental friendliness. Our proven MAXILOOP compatibilizer portfolio is designed to tackle the challenges involved in processing recycled polymers. Through the precise tuning of additives, we enable the creation of high-quality end products. MAXILOOP compatibilizers not only provide outstanding compatibility between different polymers to counteract processing issues, but they also optimize the mechanical properties of the end products. This leads to enhanced performance, improved recyclability of post-consumer and post-industrial recyclates, and expanded application possibilities.

Hybrid technology is divided into two processes. In insert molding, plastic parts are combined with components made of different materials. In this process, metal inserts are predominantly used and usually completely overmolded with plastic. This results in a stable connection between metal and plastic. A subsequent assembly step can thus be eliminated.

GRAFE is an expert in coloring translucent plastics Decades of experience, the highest level of technical know-how and state-of-the-art technical equipment - these are the three pillars on which the comprehensive expertise of the GRAFE GROUP, Blankenhain, in the coloring of transparent engineering plastics rests. "The requirements for dispersion and homogenization are much higher for transparent materials than for opaque colorings," explains sales manager Lars Tonnecker. "Therefore, a compound is a better and cleaner solution than a masterbatch when it comes to product manufacturing. This is because defect patterns on the component, such as uneven color distribution, streaks and concentration differences, can be avoided or eliminated, since there is no need for additional metering of the masterbatch at the factory." "Whether headlights, taillights or displays - colored transparent plastics are mostly used in lighting applications. For this, there are precisely defined wavelength ranges from the manufacturers that must be adhered to and from which there must be no deviations," adds project manager Elke Milus. "We can adjust our compounds so that each batch corresponds to the other with minimal tolerances, with the highest reproducibility and thus the best quality." GRAFE has also recently invested extensively in its laboratory equipment and now has, among other things, a high-resolution spectrophotometer for measuring transmission in different wavelength ranges (UV/VIS/NIR = ultraviolet/visible/near-infrared). Thanks to its higher optical resolution in an extended wavelength range from 350 to 1,050 nanometers, the instrument even measures in five-nanometer steps instead of the usual ten-nanometer steps and is thus much more precise.

GRAFE is an expert in coloring translucent plastics Decades of experience, the highest level of technical know-how and state-of-the-art technical equipment - these are the three pillars on which the comprehensive expertise of the GRAFE GROUP, Blankenhain, in the coloring of transparent engineering plastics rests. "The requirements for dispersion and homogenization are much higher for transparent materials than for opaque colorings," explains sales manager Lars Tonnecker. "Therefore, a compound is a better and cleaner solution than a masterbatch when it comes to product manufacturing. This is because defect patterns on the component, such as uneven color distribution, streaks and concentration differences, can be avoided or eliminated, since there is no need for additional metering of the masterbatch at the factory." "Whether headlights, taillights or displays - colored transparent plastics are mostly used in lighting applications. For this, there are precisely defined wavelength ranges from the manufacturers that must be adhered to and from which there must be no deviations," adds project manager Elke Milus. "We can adjust our compounds so that each batch corresponds to the other with minimal tolerances, with the highest reproducibility and thus the best quality." GRAFE has also recently invested extensively in its laboratory equipment and now has, among other things, a high-resolution spectrophotometer for measuring transmission in different wavelength ranges (UV/VIS/NIR = ultraviolet/visible/near-infrared). Thanks to its higher optical resolution in an extended wavelength range from 350 to 1,050 nanometers, the instrument even measures in five-nanometer steps instead of the usual ten-nanometer steps and is thus much more precise.

Monitor and manage complaints and deviations from discovery to final processing: the REM.Net complaint management software software combines 8D report, CAPA, Ishikawa and 5-Why, as well as tools for escalation management and cost control, into a holistic solution for your complaint management. Highlights of the Complaint Management Software REM.Net • Customer, supplier, and internal complaints with free detail specification • Integration of any objects such as PDFs, photos, scans, or videos • Integrated 8D reports as well as own freely definable reports and print documents • Ishikawa diagrams and 5-Why method for root cause analysis • Stringent implementation of CAPA measures • Complaint and service management according to ISO 9001, IATF 16949, VDA, ISO 13485 and IFS • Integrated evaluation planning with fully graphical statistics and analysis functions • Automated cost functions for unlimited and freely definable cost keys • Escalation management for status, action, and deadline tracking • Connection of web portals for complaint exchange with suppliers / customers • Archiving and management of all communication regarding deviations (e.g. e-mails, scans, log entries for telephone calls)

Together with our partner bauku extrusion technology UG, we develop and produce extrusion lines for manufacturing plastic pipes with diameters from 300 to 4000 mm. Thanks to our decades of experience, we are able to design systems specifically tailored to the unique requirements of each pipe project. Lower system costs and reduced material consumption result in significant cost savings compared to other technologies. We deliver reliable and efficient solutions worldwide that optimally support your production goals. Typical applications include: Water technology: drinking water storage and supply, rainwater transport, seawater extraction and extraction lines; Sewerage technology: rainwater retention basins, sewers, pipelines, pipelines in wastewater treatment plants, drainage and overflow shafts; Industrial technology: tanks for chemical storage, air and ventilation ducts, above-ground and underground safety containers, pipelines, shafts with fittings; Landfill technology: drainage pipes in waste, telescopic shafts, shafts, shaft towers, gas collection stations, and leakage water tanks

Design and production – complete in-house production The sonotrodes guide the ultrasonic vibration into the workpiece. We manufacture the sonotrodes individually tailored to the respective application and customer requirements and proceed with the development based on many years of experience and supported by the finite element method (FEM). The design of the sonotrodes depends on the ultrasonic application (welding, cut & seal, riveting, embossing, punching, cutting) and the properties of the workpiece to be processed.

Reinforcement or transformation pieces with the highest precision The SONOTRONIC component program includes boosters (amplitude transformation pieces) for ultrasonic frequencies of 20 kHz, 30 kHz and 35 kHz in various ratios. The booster is part of the ultrasonic oscillating unit, which consists of the components converter, booster and sonotrode. In the oscillating unit, the booster is interposed between the converter and the sonotrode.

Different frequencies for optimal welding results SONOTRONIC offers converters with three different frequencies: 20, 30 and 35 kilohertz, with outputs from 1,200 to 4,000 watts. There is a wide range of different variants for different applications, and waterproof types are also available. Depending on the application, the ultrasonic converters are equipped with four or six disk ceramics. The latter are mainly used in the packaging industry and for continuous ultrasonic applications. Via the disk ceramics, the vibrations are optimally transmitted to the ultrasonic tool (sonotrode), so that short process times and high process reliability are achieved. The high-quality housings are very robust and durable and have different HF interfaces.

For the fixation of the ultrasonic oscillating units The feed units are mainly used in special machine construction in industries such as the automotive industry or other plastics processing industries, the textile industry as well as in packaging machine construction and the food industry. For the various applications, they can be easily integrated into existing or new machine concepts.

Fast and precise control of ultrasonic processes What does the generator do? The ultrasonic frequency is generated in a generator. The generator converts energy from the electrical network into a high-frequency sinusoidal oscillation of 35 kHz or 20 kHz and transmits this to the oscillating structure, which consists of the converter, the booster and the sonotrode. Optimized control processes generate optimum ultrasonic oscillations.

Individual production of all parts nests in our internal special department The parts nest is the form-bound counter bearing to the sonotrode or the welding tools. In the finest precision work, we geometrically adapt the nests to the workpiece to be machined and the required vibration behavior. Based on original parts or on the basis of customer-specific CAD data, the nests are individually designed 100 % in-house and then manufactured,