Laser Shaft Alignment System ADVANCED

Vibro-Laser Advanced

World's first system with automatic distance measurement. Distance control at every point
delivers maximum measurement accuracy.

Revolutionary precision

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SmartDistance™

Automatic distance measurement

20 m

Measurement range

±1 mm

Measurement accuracy

Based on a high-precision laser distance control and measurement system that automatically determines the distance between measurement units at distances of up to 20 meters with accuracy up to ± 1 mm, completely eliminating the need for manual measurements with rulers and tape measures.

SmartControl™

Gap control during alignment

All stages

Gap control from start to finish

Tolerance setting

Set acceptable value

The auto-control function automatically monitors the gap between coupling halves at all stages, including live alignment. You set the tolerance — the system tracks it in real time and records the results in the report. The function helps avoid skew and misalignment when installing inserts and shafts, reducing the risk of rework.

SmartMesure™

High-speed digital measurement system

300 pts/sec

High-speed measurement recording

AUTOFILTER

Automatic data filtering

LIVE MODE

Real-time data display

The digital measurement system records up to 300 points per second with automatic data filtering. Measurement starts from any shaft position and the result is displayed instantly. The system captures parameters for each point in real time, ensuring measurement quality control.

SmartScan™

Automatic laser unit setup

Quick start

Ready to measure in minutes

Auto-setup

Automatic laser position optimization

The system automatically sets up the laser units. Simply mount the units on the shafts — the laser beams will independently find the optimal position on the detectors, ensuring precision and readiness to work within just a few seconds.

Measurement Methods
01

O’CLOCK

This is the classic three-point method that can be used in most cases.
It is suitable for measuring most machines.

How it works?

Measurement points are recorded at
fixed positions: 9, 12, and 3 o'clock.

02

SMARTANGEL

The truncated angle method is used for articulated machines
where the shafts are restricted to rotation angles of less than 180°.

How it works?

The method allows starting the measurement from any shaft position by recording at least three points with a 20° interval between them. To improve accuracy and repeatability, record two additional points by rotating the shafts to positions different from those already recorded.

03

SMARTSECTOR

The sector method can be used for coupled machines with a shaft rotation of 360°,
but due to their design there are some visibility limitations between the units.

How it works?

Take measurements in any of the 8 available sectors, and the automatic data analysis algorithm will suggest which sector is best for the most accurate result.

04

SMARTPOINTS

The multi-point measurement mode is designed for measurements on large equipment
or equipment with sleeve bearings, where shaft rotation
is difficult or limited in angle.

How it works?

The method records hundreds of points at 3° intervals. To simplify work and improve measurement accuracy, the automatic data analysis algorithm will suggest the shaft position for the next measurement point

05

SMARTSPIN™

The continuous measurement method is suitable for high-speed
coupled machines with a shaft rotation of 360°.

How it works?

MWhile the shaft rotates, the system continuously records hundreds of points per second until the automatic quality control system stops the measurement process. The recorded data forms a graphical representation of the rotation centers with the RMS (root-mean-square) deviation of the measurement points.

Precision inclinometer 0.1°

+
A high-precision inclinometer determines the position of the measurement units on the shaft with accuracy up to 0.1°, ensuring maximum accuracy and measurement stability.

Color IPS displays on the units

+
The unique SMART INDICATOR indication system uses a bright 1.7-inch color IPS display with high resolution — the most advanced control system in its class. The display shows the status of the measurement units, operating modes, key parameters, and misalignment data in real time. Everything you need for precise, fast alignment is always in view.

Gyroscopic stabilization

+
A high-precision gyroscope tracks the direction and uniformity of rotation of the measurement units, ensuring stable measurements and accurate data capture in any conditions.

Module temperature control

+
The temperature control system monitors the internal temperature of the measurement units, ensuring stable operation and protection against overheating in any operating conditions.

Anti-vibration filtering

+
The built-in vibration control system automatically detects and filters vibration interference, ensuring stable and accurate measurements even when working in high-vibration conditions.

5th-generation detector

+
A high-precision 5th-generation digital detector, 30 mm wide, with 0.001 mm resolution and a built-in shade for additional protection from stray light.

High-speed data processing

+
A 160 MHz processor and a 16-bit ADC system provide lightning-fast data processing and maximum measurement accuracy.

Rugged aluminum housing

+
Compact and durable anodized aluminum housing designed for long-term industrial use.

VIBRO-LASER
ALIGNMENT
ADVANCED

Optical system and detector

Detector type
5th-generation digital CMOS detector with high-resolution technology
Signal processing
digital signal processing with side-lobe suppression, edge detection, ambient light rejection, and an anti-vibration mode
Detector size
30 mm
Detector resolution
0.001 mm
Measurement accuracy
0.3% ± 0.007 mm
Measurement range
up to 10 m
Laser type
diode, safety class II
Laser output power
less than 1 mW
Laser wavelength
630-680 nm

Operating and storage conditions

Operating temperature
from -10 °C to +55 °C
Storage temperature
from -20 °C to +50 °C
Relative humidity
10-95%
Ingress protection
IP65
Operating time
up to 24 hours in ECO mode

Housing, dimensions, and weight

Housing material
anodized aluminum
Dimensions
65 x 85 x 50 mm
Weight
300 g
Ingress protection
IP65

Connectivity and interfaces

Communication type
Bluetooth wireless technology
Connector type
USB Type-C port

Get Maximum Accuracy with Every Measurement

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