Microindentation Measurement System

LNP® 3DC is an automated microindentation measurement workstation based on LNP® nano touch technology. It combines a motorized Z-axis with an 80 × 80 mm motorized DC cross table, four-axis control, a 5 MP camera with telecentric lens, and LNP® nano touch Advanced software.

The system is designed for precise, repeatable, and automated measurement of the mechanical properties of elastomers, plastics, and other materials. It allows users to define measurement positions and sequences, perform multi-point measurements, and, depending on the configuration, carry out both standardized and analytical methods including hardness testing, modulus measurement, adhesion, microtribology, and spatially resolved DMA.

LNP® 2 is an advanced microindentation measurement workstation based on LNP® nano touch technology. Compared with the basic LNP® 1 system, it adds a motorized Z-axis, a manual cross table, a precision camera system, and Advanced software for a broader range of standardized and analytical measurement methods.

The system is designed for research, development, and quality control of elastomers, plastics, and other materials where precise force-displacement measurement, reproducible positioning, and advanced evaluation of results are required.

The LNP® 1 is a basic manual measurement workstation based on LNP® nano touch technology for precise force-displacement measurements and the characterization of elastomers, plastics, and other materials.

The system includes the LNP® nano touch, a manual stand, single-axis control, camera, LNP® nano touch Basic software, and a complete workstation. It is designed for laboratories requiring flexible and precise measurement in a compact manual configuration.