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3D PRINTERS / SCANNERS 3D scanner AM-DESK SCANTECH

3D scanner AM-DESK SCANTECH
AM-DESK SCANTECH



AM-DESK (AutoMeasure-DESK) is an automated 3D measurement station consisting of an intelligent control system, multiple servo-mechanists, a safety system, a motion control system, measurement and analysis software, and SPC batch analysis software. Thanks to its compact size and easy installation, the station can cater to different needs with great flexibility.




Technical data and information

Type AM-DESK 60120
Dimension 1200*600*177 mm
Weight 75 kg
Turntable Payload 140 kg
Turntable Repeatability 0.05°
Turntable Accuracy 0.1°
Max Rotational Speed of Turntable 50°/ S
Communication Interface TCP/IP
Robot Supported UR / UR5; AUBO / i5;i7
Power Supply 110 V~220 V/50-60 Hz
Peak Power 900 W

AM-DESK is the trusted 3D measuring station for various tasks, whether in the laboratory or in the workshop.
It enables fast, automated inspections for parts ranging from castings, plastic parts to stamping parts under 100 kilograms.
After measurements are completed, the station can automatically generate inspection reports by comparing actual 3D coordinates and CAD data, greatly improving efficiency.



Подробно Product descriptions

AM-DESK can be paired with different collaborative robots and Scantech’s entire fleet of 3D scanners to measure numerous parts automatically.

It suits well for on-site inspections on shop floors, in labs, and under harsh conditions to ensure continuous 3D measurement with high precision.

In compliance with standards of CE certification, the station ensures operators’ safety with all-round methods.

With versatile accessories, the station can achieve automated and uninterruptible 3D measurements for complex parts.

The station comes with powerful and easy-to-use 3D software FlexScan, which has a simple user interface to allow for smooth human-machine interaction.

The software has multiple communication methods to support the functioning of various collaborative robots and enables automated measurement with multi-positioners in different scenarios.