Processing - Import export

The SGD 28-M420 from Lascar is a programmable process meter with dual 4-20mA analog inputs, alarm outputs and an impressive 2.8-inch TFT color touchscreen display. The free PanelPilot M software for Windows lets you choose from an ever-expanding number of configurations, including bar charts, tank levels, analog styles, and trend charts. But that's not all! After choosing your configuration you can customize the colors, text labels, units and scaling to your liking before uploading to the display via USB. This makes the SGD 28-M420 one of the most adaptable and versatile process meters on the market.

Do you want a programmable panel meter that can withstand the most challenging conditions? Then meet the SGD 24-M-IP420 from Lascar: a robust and accurate panel meter with 4-20 mA analog inputs, alarm outputs and a 2.4-inch TFT color touchscreen. The SGD 24-M-IP420 is housed in an IP67 / NEMA 6 rated enclosure with a tough and scratch resistant protective cover. The panel can be easily installed using the supplied 32mm nut and IP67 connector.

Origin: Austria Particle size (P16/P31.5/P45/P63/P100) Moisture content (M20/M25/M30/M40/M55/M65) Ash content (A0.7/A1.5/A3.0/A6.0/A10.0

Origin: Austria Particle size (P16/P31.5/P45/P63/P100) Moisture content (M20/M25/M30/M40/M55/M65) Ash content (A0.7/A1.5/A3.0/A6.0/A10.0)

Integrated Photonics is all about our equipment for high-precision positioning of Photonic Integrated Circuits (PICs), enabling you to optimize your back-end processes and reduce your costs. Our fiber array unit combines the latest technologies on automatic fiber placement. Our Photonic Test Prober (PTP) and Photonic Visual Inspection Tool (PVIT) are part of the MEKOPP project.

Mifa has an extensive range of modern CNC-controlled machinery. Nevertheless, we prefer to use machining work as little as possible. Thanks to the combination of precision extrusion, CNC machining, and surface treatment, we can shorten the total production time for machining and improve the quality of the product. We write the software ourselves and make our own moulds for the CNC machining. Every profile is different and often demands a specific processing method, particularly if it is a visible surface. To this end, we use CAD/CAM programmes such as Solid Works, Solid Edge, and Unigraphics. We also develop the clamping tool ourselves too. The right clamping method is crucial in order to achieve the desired result. The best clamping method is dependent on factors including the dimensions and thickness of the profile and the processes to be implemented. For more text and explanations about our CNC and aluminium machining possibilities, please contact us.

Labelling parts and products that undergo industrial processes, such as chemical pre-treatment or cleaning, powder coating, anodising and wet painting, is challenging, but not impossible. This requires a special type of label that not only has a strong adhesive, but also protects the information on the label. Our specialists have designed a label that can be applied prior to coating or chemical cleaning processes and remains securely in place during the treatment: the Paintmask label. A laminate attached to the Paintmask label protects the product information on the label. After the paint has cured or the cleaning or pre-treatment has been completed, you can simply remove the laminate and reveal the information on the label unaffected and ready to be scanned.

Since laser cutters process virtually all materials, they are an asset to almost any organisation. There are so many opportunities and applications! From cutting small parts for scale models to cutting acrylic for POS displays like bread bins in supermarkets. In completely different industries, hundreds of satisfied customers work with a BRM laser cutter. Our best-selling BRM Original laser cutters are available in several sizes with working areas of up to 1000 x 1600 mm. If you are looking for a larger working area, please check our BRM Open Bed machines. These have a working area up to 1500 x 3000 mm. These larger machines are often used by production companies, among others. The technology of a laser cutter is fascinating! In the machine, a powerful beam of light is generated. When this beam comes into contact with a material, it evaporates. This allows you to cut through materials. Inside the machine is a glass tube