Motorized DC Cross Table
The 80 × 80 mm working range enables precise automated sample positioning and repeated measurements at defined coordinates.

LNP® 3DC is an advanced automated measurement workstation from the LNP Work Solutions range. It is based on the high-precision LNP® nano touch force-displacement sensor and, compared with LNP® 2, extends sample positioning with a motorized DC cross table offering an 80 × 80 mm travel range.
The motorized Z-axis, motorized XY stage, and four-axis control enable automated positioning and repeated measurements at predefined locations on the sample. The system is equipped with a 5 MP USB 3.0 camera with a telecentric lens and LED ring illumination for precise visual inspection of the measurement point.
LNP® nano touch Advanced software supports the creation of measurement procedures and evaluation of both standardized and analytical methods. Depending on the probe tip, accessories, and selected configuration, the workstation can be used for applications such as IRHD-M, VLRH, Shore, modulus measurement, Young’s modulus, hardness topography, adhesion, microtribology, rheological measurements, and spatially resolved DMA.
LNP® 3DC is an advanced automated workstation based on LNP® nano touch technology. The motorized Z-axis and motorized 80 × 80 mm DC cross table enable precise positioning and automated multi-point measurement of material mechanical properties.
LNP 3DC expands the nano touch platform with motorized sample positioning in the X/Y plane and a motorized Z-axis. This enables users to define measurement positions, perform measurement series, and create spatially resolved surface or material characteristics.
The 80 × 80 mm working range enables precise automated sample positioning and repeated measurements at defined coordinates.
The USB 3.0 camera with telecentric lens and LED ring illumination supports precise visual inspection of the measurement point and sample positioning.
The Advanced software enables the preparation of measurement procedures, control of automated sequences, and evaluation of standardized and analytical methods depending on the system configuration.
The manufacturer specifies a wide range of standardized and analytical procedures for the LNP 3DC platform. Availability of a specific method depends on the probe tip, accessories, software configuration, and required method.
IRHD-M, VLRH, and various Shore methods depending on the respective measurement-system configuration.
Young's modulus, flexural modulus, and other force-displacement methods for material characterization.
Hardness topography, adhesion, and microtribological measurements with the corresponding accessories.
Spatially resolved DMA and other analytical procedures available with the advanced nano touch configuration.
At the core of the workstation is LNP nano touch, a compact force-displacement sensor with optical incremental position measurement and electromechanical generation of the measuring force.
| Displacement Measurement System | Optical Incremental |
|---|---|
| Displacement Range | 4 mm |
| Displacement Resolution | 10 nm standard |
| Displacement Linearity | < 200 nm within the measuring range |
| Force Linearity | 0–1400 mN: < 0.3 % of the measuring range |
| Force Generation | Electromechanical |
| Measuring Force | 0.05 mN to 1.4 N; optional version up to 10 N |
| Measuring Force Resolution | 0.6 mN (600 µN) |
| XY Stage | Motorized DC Cross Table 80 × 80 mm |
| Control | Four-axis |
| Software | LNP® nano touch Advanced Software |
According to the current LNP product information, the workstation includes the complete measurement, optical, and control components required for automated measurement.
The workstation can be expanded with components for fixturing, temperature control, tribological measurements, or verification of the measurement system.
Heating table for measuring material properties at a defined elevated temperature.
Optional sensor for extending the workstation with microtribological measurement tasks.
3D perforated plate, parallel vises, angle adjustment, clamping elements, and a hardness reference block depending on the measurement application.
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