MC15 HT Micro Compounder
Lab Scale Mixing The Xplore MC 15 HT is Xplore’s next generation 15 ml compounder that will further simplify and accelerate your R&D: it is stronger in shear, can handle higher viscosities, gives finer dispersion, better mixing and higher operational stability than ever before. Melt Torque is 43NM over almost the complete 1-500 rpm range! […]
MC40 Micro-Compounder
Lab Scale Mixing The Xplore MC 40, is our latest innovation. A 40 ml lab compounder that will further simplify and accelerate your R&D: It is strong in shear, can handle high viscosities, larger batches, gives fine dispersion, excellent mixing and high operational stability. 30 to 40 ml batch size, depending on the screw […]
Xplore Micro Injection Moulder
Lab Scale Mixing Xplore micro injection moulders with a shot volume of 5.5 or 12 ml can easily sit on your laboratory bench or in a hood. Our IM 5.5 and IM 12 machines fit seamlessly with our twin-screw compounders to streamline your R&D screening. The Xplore micro injection moulders allows you to test and […]
Micro Fibre Line
Lab Scale Mixing The Xplore micro fibre line (FL) can produce fibres or mono filaments from just 5-10g of material in just 10 – 15 min, thus stretching the number of screenings and shrinking your development time. Our micro fibre spin device is fully compatible with our high precision micro compounders and extruders. Cutting edge […]
Micro cast Film Lines – Recipe Development for Films
Lab Scale Mixing Looking for a small scale, reliable and cost-efficient way to screen your new polymer films? Xplore’s 35mm and 65mm wide cast film lines produce flawless films from only a few grams of material. Fully compatible with Xplore’s micro compounders, they are particularly beneficial when only small amounts of material are available or […]
Xplore Tow Impregnation Line
Lab Scale Mixing The Xplore Tow Impregnation line is the best way for you to screen and develop the best fibre filaments for your specific CFAM application. The Xplore Tow impregnation line spreads a fibre bundle inside the die, allowing the molten polymeric material from the Xplore Micro Compounder to penetrate between each filament, wetting […]