▶️ Our most compact entry model The mi1 is a compact melt index tester that offers maximum measuring accuracy. Thanks to the use of high-quality, measurement-relevant components, it offers reliable and precise results for plastics testing. Its design enables efficient and cost-effective incoming material and quality control. Thanks to its compliance with the ISO 1133 and ASTM D1238 standards, it is ideal for standardized measurements in laboratories and production. Highlights: - High-resolution displacement transducer 0.003 mm/impulse - Operation of the measurement via a single multifunction button - Integrated panel for parameter input and result display (optional) - Display of parameter menu and measurement results via VNC on various PCs - Stand-alone device or with PC - Easy installation (Plug & Play) - Self-commissioning possible without on-site service

▶️ Highest precision with modular automation modules The mi40 marks the beginning of a new era in melt flow rate measurement. The mi40 has been specially developed for incoming goods and quality control (QC) and offers fully automated and highly precise determination of MFR (Melt Flow Rate) and MVR (Melt Volume Rate) according to ASTM D1238 and ISO 1133. The mi40 combines all the advantages of the proven MI-3 and sets new standards with a higher degree of automation. Due to the powerful drive with a force of up to 80 kg, materials can be pre-compressed or ejected in a force-controlled way - ideal for determining the Flow Rate Ratio (FRR). The test-plan-controlled, automatic weight selection with up to eight integrated weights simplifies operation and ensures maximum efficiency. Furthermore, automatic pre-compaction - optionally via weight or drive - minimizes operator influence and increases measuring accuracy. Highlights: - Force-controlled pre-loading/ejection via drive and automatic test weight selection - Multi-load measurements with up to eight different weights, ascending, descending or freely selectable - Time measurement accuracy better than 0.001 s - Temperature control algorithm, resolution 0 to 320 °C: 0.01 °C, 320 to 500 °C: 0.1 °C - High precision digital displacement transducer for volume throughput measurement with automatic resolution detection (0.006 mm/pulse) - Automatic weight selection

Cleanroom-quality membrane filters for the highest demands.

We have combined various existing technologies into a new process, creating an absolutely realistic 3D/depth effect in transparent plastic components made of polycarbonate, silicone or Plexiglas. • Highly abrasion and scratch resistant • Temperature range from -40°C to +105°C • Chemical resistance • UV resistance

The new "Mermaid Effect" project presents an exclusive multi-colored selection of high-quality color changing effects - also known as interference effects. The particularly elegant and luxurious colors create a breathtaking color contrast that allows the viewer to change his or her visual impression depending on the viewing angle and the incidence of light. Believe in the magic of color – Mermaid Effect Hardly any other figure is as beautiful and enchanting as the mermaid. Generations of sailors have dreamed of a girl with a dazzling fishtail. Even today the mythical creatures fascinate us with their shimmering and iridescent colors. Adapted to the magnificent colors of a mermaid's fin, the GRAFE-DESIGN-CENTER presents eight different flop effects, which are characterized by their special color brilliance and a strong color change.

https://www.m-chemical.co.jp/en/products/departments/mcc/metablen/product/1202141_8000.html

Customised metal filter screens.

MIM technology for the series manufacturing of your complex metal parts. In the MIM process metal powder is mixed with polymer binder. This so-called "feedstock" is injection moulded on a conventional injection moulding machine. The result is a "green part", consisting of 60 vol% metal powder and 40 vol% binder (polymers and waxes). After injection moudling the main binder component is removed in a debinding step and sintered to >97% of the corresponding material density. During the sintering step the part shrinks as it can be observed in the picture above. With this innovative technology complex parts with tiny structures can be manufactured in high quantities. Just contact us, we support you in optimizing your parts with our technology.

We also process the most demanding high-performance plastics as a substitute for metal. This approach offers numerous advantages, including improved product quality and significant cost savings.

Hybrid components made of plastic and metal, plastic-metal compounds - MKV has the ability to separate these and provide you with ground material or regranulate suitable for injection moulding.