The XL 100 may be fully instrumented to permit comprehensive data collection analysis with the KORSCH R&D software. An optional production control module permits the manufacture of clinical batches with press force control, single-tablet rejection, and full array of electronic audit trails.

The STYL’ONE Evo can be equipped with a wide-range of instrumentation for advanced characterization including radial die wall pressure and take-off force measurement. The heated die and external lubrication features unlock the evaluation of temperature or lubricant rate sensitivity. The dry granulation simulation software allows roller compaction feasibility assessment while the GMP production module enables small batch production.

The STYL’ONE Nano is ideal for teaching purposes, allowing easy and comprehensive material and process knowledge. Its advanced instrumentation and data generation capabilities also make it a key tool for data-driven fundamental research, enabling the definition and validation of models.

Available with a two- or three-chamber variable speed forced feeder, or a gravity feeder, the XT 600 offers an extended feeder length to maximize filling time. The closed bi-layer feeder seal design ensures a superior production yield and a clean compression zone for maximum batch run time.

Fully configurable with “plug and produce” conversion kits, enabling fast changeovers between configurations for maximum versatility and uptime. Automatic configuration of HMI for single- and multi-layer modes simplifies setup and operation.

The X 3 tablet press is perfect for continuous manufacturing, with a versatile range of punch stations to meet tablet output requirements from R&D to full-scale production and an advanced opened control system for seamless integration. For containment applications with smaller production volume at high product value, the X 3 offers all the features of larger production machines, making it efficient and safe.

Now in its fourth generation, the XL 400 builds on our groundbreaking original design, which first introduced compression stations as roller columns. This innovation is the basis for a non-load bearing compression zone structure permitting a machine frame without corner columns and therefore ensuring unprecedented accessibility.