Desktop Reverse Engineering Profilometer

Product features:

The core advantage lies in the dual-mode scanning design, which can select contact diamond probe or non-contact laser scanning according to the workpiece material, balancing accuracy and flexibility. It adopts a compact desktop design with a total weight of only 5.8kg, which can be placed on a common office desk for work. It is equipped with reverse engineering modeling software that can directly generate general 3D model formats such as STL and STEP, supporting Wi-Fi 6 and USB3.0 high-speed data transmission. It solves the industry pain points of high reverse modeling equipment cost and insufficient space for small enterprises, and the one-click automatic calibration function simplifies the operation process, adapting to non-professional quality inspection personnel to get started quickly.

Product specifications:

Detailed parameters: overall size 320mm×280mm×200mm, net weight 5.8kg; supports contact and non-contact dual scanning modes, contact type uses R=2μm diamond probe, non-contact type uses 635nm laser scanning; measurement accuracy ±0.2μm, X/Y axis measurement stroke 200mm×150mm, Z axis stroke 80mm; equipped with USB3.0 and Wi-Fi 6 communication interfaces, compatible with Windows10/11 systems; equipped with reverse engineering modeling software, supports rapid generation of 3D models, profile analysis and dimensional tolerance comparison reports; supports one-click automatic calibration function, no need for professional personnel to complete equipment calibration; data storage capacity can reach more than 5000 sets of inspection and modeling files; working temperature range 15-35℃, relative humidity 30%-70% RH, power supply supports 100-240V wide voltage.

Product application:

Applicable to industrial design prototype reverse modeling, hand-made size verification, small mechanical parts replication, medical rehabilitation device customized modeling, cultural and creative product accuracy inspection, university engineering training teaching and other scenarios. It can be placed on a common office desk for work without large installation space, helping small enterprises and design studios quickly realize workpiece replication and quality inspection, reducing the entry threshold and equipment cost of reverse engineering, and promoting the digital upgrading of small manufacturing and design industries.