Laser Welding Machine

IPM-P In-line Laser Power Monitoring System

Machine Model: #IPM-P
Stock: In Stock & Customizable

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IPM-P in-line laser power monitoring system: real-time power measurement for CW and pulsed lasers on production lines. 300–1750nm, 0.5W–20kW, ±1% accuracy, 1k–200k sampling, waveform display, power alarms and remote data access. Integrated by Beipin into laser welding, cutting and cleaning systems....

Measures laser output power in-line, without stopping production
For CW and pulsed lasers, 300–1750nm
0.5W–20kW measuring range, ±1% accuracy
1k–200k sampling rate with power waveform display
Power alarms and long-term power trend records
24V DC supply, fits into existing laser systems

18100692808

Beipin IPM-P measures the actual output power of your laser in real time, directly on the production line. Laser power drops slowly as the source ages, and dirty optics or damaged lenses reduce the energy reaching the part. Welding, cutting and cleaning quality drift with it. IPM-P sits in the laser system, reads power values and waveforms continuously, and raises an alarm when power leaves the set range, so you catch the problem before a batch goes bad. Beipin selects the configuration and integrates it into your equipment.

IPM-P software: live power value and power curve

Specifications

Laser type	CW and pulsed lasers
Wavelength range	300–1750nm
Power range	0.5W–20kW
Sampling rate	1k–200k
Accuracy	±1%
Non-linearity	±1%
Power supply	24V DC
Use	Industrial laser processing on the shop floor
Functions	Power monitoring, waveform display, power alarms, remote data access; customizable

How it differs from a laboratory power meter

	Laboratory power meter	IPM-P
Where it is used	Lab, maintenance checks	Automated production
Measurement	Manual, with the machine stopped	In-line, in real time
Power feedback	One reading at the time of measurement	Live power value and waveform
Alarm	None	Alarm when power is out of range
Long-term trend	Recorded by hand	Recorded automatically

A laboratory power meter is the right tool for absolute measurement and calibration. IPM-P watches power continuously during production. The two work well together.

Typical applications

Two examples of IPM-P mounted in a laser processing system

Lithium batteries: integrated in a 355nm 15W laser system to monitor power for separator cutting, pouch film cutting and tab tape cleaning.
Automotive parts: integrated in a 1080nm 2000W laser system to monitor output power.
Precision laser welding: use it together with BP-OCT weld depth monitoring: one checks that laser power is stable, the other checks that weld depth is sufficient.

Software and data

The software shows the live power value and power curve, records long-term power changes, and raises an alarm when power crosses the upper or lower limit. Data can be accessed remotely, and the interface can be adapted to your line.

Dimensions

IPM-P is compact and runs on 24V DC, so it can be added to existing laser equipment. Mounting position and interface are confirmed for your laser model, beam path and machine layout.

Information we need

Laser type (CW or pulsed), wavelength, power range, application (welding, cutting or cleaning), available mounting space, and whether data must go to MES or a host PC.

Get an integration proposal: tell us your laser model and machine setup. WhatsApp: +86 186 1631 3040 | Contact us

FAQ

Which lasers can IPM-P measure?

CW and pulsed lasers from 300 to 1750nm, covering common 355nm UV, 532nm green and 1064/1070/1080nm infrared lasers, at 0.5W to 20kW.

How accurate is it?

Accuracy is ±1%, non-linearity ±1%, and the sampling rate is 1k–200k.

How do the power alarms work?

You set upper and lower power limits for your process. When the actual power leaves that range, IPM-P raises an alarm so you can check the laser, beam path and optics before producing scrap.