SCANOLOGY / HANDHELD 3D SCANNER

KSCAN-E

From large parts to the finest details.

Video: SCANOLOGY · KSCAN-E
KSCAN-E

01 / OVERVIEW

From large parts to the finest details.

A versatile wireless scanner with blue and infrared lasers and built-in photogrammetry. One system for capturing large surfaces, fine detail, edges and hard-to-reach geometry.

8.29 million

measurements per second

Highest stated measurement rate.
0,010 mm

resolution

Best stated resolution in the relevant mode.
0,020 mm

accuracy

Under the manufacturer's measurement conditions; not the same as volumetric accuracy.

02 / SPEED

More geometry in one pass.

108 blue laser lines in a cross pattern speed up capture. The system reaches up to 180 frames per second.

KSCAN-E scanning a large industrial workpiece

03 / DETAIL

Keep fine features.

Parallel blue lines are intended for fine detail such as gear teeth and narrow slots. Live meshing helps you follow the capture.

KSCAN-E: capturing fine detail

04 / EDGES AND HOLES

Check critical transitions.

Laser measurement and grey-scale recognition support inspecting edges, holes and slots on complex parts.

KSCAN-E: inspecting edges and holes

05 / WIRELESS WORK

Move around the part without a cable.

Built-in data processing, battery power and wireless transfer enable work on large structures and in hard-to-reach places.

Wireless scanning of a large red steel structure with KSCAN-E
KSCAN-E with display and controls

06 / CONTROLS

Control on the scanner.

A touchscreen, in-scan guidance and a configurable button support work at the object.

07 / AUTOMATION

A path to repeatable inspection.

KSCAN-E can be integrated into an automated SCANOLOGY system for series measurement. The configuration is adapted to the process and part.

KSCAN-E in a robotic system for automated measurement

MANUFACTURER VIDEO / YOUTUBE

KSCAN-E — official video presentation

See the process and features in the official video presentation.

Open video on YouTube

08 / FROM TASK TO RESULT

01

Product development

Checking prototype geometry and comparing it with design data.

02

Quality control

Inspecting complex workpieces, edges and holes.

03

Large industrial parts

Capturing wider surfaces with infrared mode and photogrammetry support.

09 / TECHNICAL DATA

Details for your decision.

A selection of key parameters. When choosing, consider object size, required accuracy and working conditions.

Fast capture
108 blue laser lines; Quad Cross
Fine capture
17 parallel blue laser lines
Large surface capture
38 infrared laser lines
Deep holes
1 blue laser line
Accuracy
0,020 mm
Volumetric accuracy — standard
0,015 mm + 0,030 mm/m
Volumetric accuracy — built-in photogrammetry
0.015 mm + 0.015 mm/m with 800 mm reference bar
Volumetric accuracy — MSCAN-L15
0,015 mm + 0,012 mm/m
Resolution
Up to 0.010 mm
Measurement rate
Up to 8,290,000 measurements/s
Capture area
Up to 1,440 × 1,000 mm
Dimensions
344 × 124 × 99 mm
Connection
Wi-Fi 6; USB 3.0 Type-B
Export
STL, OBJ, PLY, ASC, IGS, TXT, MK2

Performance depends on capture mode and accessories. The improved volumetric values apply with the stated reference bar or MSCAN-L15. The manufacturer evaluates performance according to ISO 10360-13, VDI/VDE 2634-3 and JJF 1951.

10 / RELATED EQUIPMENT

The next step in the process.

3D ING / TALK ABOUT YOUR PROJECT

Show us the task.
Let's find the right solution.

What do you want to scan and what result do you need?

Describe the object, its size, material and the intended use of the data. Together we can clarify the basis for choosing equipment.