Ergonomic operating concept
Designed for measurements directly on the production floor
Adapters for all common mounting systems
Panel PC with an industrial-grade 24-inch TFT color monitor for sharp representation of tools and geometries. High computing power to analyze and evaluate measurement data.
Main body in the Z- and X-axes—manufactured from a light-metal alloy developed specifically for measuring machines. Designed to record the weight and forces of the tools. Ensures long-term stability and precision for reliable measurement.
For the safe operation of pneumatic functions, such as the power clamping functions on the spindle.
The base of the device: This is where the computer, pneumatic elements, and electronics are housed. Good accessibility and optimal ventilation.
The »eQ« (ergonomic & quick) one-hand control handle allows you to adjust the entire machine tower along the X-axis and Z-axis with just one hand. Additionally, additional functions can be assigned to the »eQ’s« trigger button. This makes operation even more convenient and ergonomic.
The SK 50 spindle accommodates adapters with SK 50 mounts. Thanks to its especially precise features, it delivers precise results with every measurement. It features radial run-out accuracy of < 2 µm, a pneumatic spindle brake, 4 x 90° spindle indexing, and integrated calibration balls.
Everything about »smile« is designed for durability and continuous use. Whether in large-scale production, a medium-sized operation, or a small manufacturing operation—this presetting and measuring machine keeps pace with your production cycle. Even right next to the CNC machine.
»smile« will reduce your manufacturing costs and increase the uptime of your machines and tools. It’s a smart investment that pays for itself quickly.
Take advantage of our online starter package, »smile 420 / pilot 4.0«
»,« today. Buy now
ZOLLER offers a reliable AI function for evaluating tool life. The goal is to use tools efficiently up to the technical wear limit—supported by system-based evaluation of real-world tool data.
On this basis, clear decisions can be made regarding continued use. This helps avoid unplanned machine downtime caused by tool failure.