LINKWELD LASER SPECTRA Z – Laser Source

LINKWELD LASER SPECTRA Z – Laser Source

Product Overview

The Linkweld Laser is a high-performance 1.0 μm single-mode continuous fiber laser source engineered for advanced industrial applications.

It delivers high beam quality, excellent power stability, and long-term reliability, making it ideal for modern smart manufacturing and automated laser systems.

Designed to process high-reflective materials with confidence, it supports both Continuous Wave (CW) and modulated operation for maximum application flexibility.

Key Features

  • High wall-plug efficiency with reduced power consumption
  • Stable performance on high-reflective materials
  • Excellent beam quality & power stability
  • Long lifetime with industrial-grade reliability
  • Remote monitoring & smart diagnostics
  • Customizable fiber, connector, and system configuration
  • Supported by Linkweld engineering & after-sales service

Applications

  • Laser cutting
  • Laser welding

Technical Highlights

  • Wavelength: ~1080 nm (1.0 μm)
  • Output Power: 1000W, 2000W, 3000W
  • Power Stability: ±1% (short-term), ±2% (long-term)
  • Operation Mode: CW & Modulation
  • Output Connector: QBH (customizable)
  • Cooling: Water cooling
  • Communication: RS232 / AD / APP (optional)
Performance Unit Min Typ. Max Remarks
Optical Characteristics Central Wavelength (nm) 1070 1080 1090
Spectral Band width (nm) 3 6  -3dB
Output optical power 1500W (W) 1500
2000W 2000
3000W 3000
Short time power stability (%)  ±1
Long time power stability (%) ±2
Laser opening time (µs) 50 - 100
Laser shutdown time (µs) 100 - 200
Power regulation range (%) 10 100
Beam Quality (M2) 1.2 QBH-20
2.5 3.5 QBH-50
6 12 QBH-100
Fiber Numerical aperture (NA) half angle (rad) 0.065 QBH-20, 25
0.22 QBH-50, 100
Modulation frequency (KHz) 5 20 100% Output
Red ligth Power (mW) 40 60
Output Characteristics Output Connector QBH Customizable
Output Fiber core diameter (µm) 50 Customizable
Output fiber length (m) 10 15 Customizable
Output cable bending radius (mm) 200
Work model Continuous/ Modulation
State of polarization Random
Electrical cooling characteristics Electrical cooling characteristics RS232
Remote Communication APP Customizable
Power Supply (V) 220
Power Consumption 1500W 4.4 220V , single phase
2000W 5.5
3000W 8.8 380V , custumizable
Cooling Mode Water Cooling External
Cooling Water temperature (°C) 21
Cooling water flow 1500W (L/min) 20
2000W 25
3000W 40
General characteristics (°C) 10 40
General characteristics Working environment humidity (%) 10 85
Storage temperature (°C) -10 60
Structure Rack
Weight/ Size 1500W (kg) 18.5 W x L x H (mm) 402(365) x 412 (382) x 82
2000W 23.5 407(367) x 442.5 (412.5) x 80
3000W 35 483(440) x 570 (540) x 98

Performance Unit Min Typ. Max Remarks
Central Wavelength (nm) 1070 1080 1090
Spectral Bandwidth (nm) 5 8 3dB
Output Optical Power 6000W (W) 6000
12000W 12000
Power ADJ. Range (%) 10 100
Output Power Stability -1 1 100% continuous >1h
±2 ±3 100% continuous >24h
Modulation Frequency. (KHz) 5 100%output
Glow Power (mW) 5 65
Output Connector 6000W 6000W
12000W 12000W
Beam Quality (BPP) 3.5 4.5 Output fiber core-diameter100um
(mm*mrad) 5 6.5 Output fiber core-diameter150um
6.5 9 Output fiber core-diameter200um
Output Fiber Length (m) 15 Customize
Output Fiber Core-Diameter (μ m) 100 (150/200) Customize
Output Fiber Bending Radius (mm) 200
Working Mode continuous modulation
Polarization State Random Random
Telecommunication Port RS232 / AD / Super terminal
Remote Telecommunication APP Customize
Working Voltage (V) 360 380 400 VAC
Input Power (KW) 20 CYL-6000/M 100% output
Cooling Method (L/min) Water- cooling Circumscribed
Working Environment Temp. (°C) 10 2 40
Working Environment Humidity (%) 10 80
Storage Temp. (°C) -10 60
Cooling Medium distilled water(Above 0°C)525 / Ethylene glycol antifreeze(Below 0°C)1
Weight / Size 6000W (kg) 85 kg W X L X H (mm) 834(745) x 482.6(442) x 158
12000W <150 kg 973(870) x 483(447) x 226

LINKWELD LASER

Reliable laser source solutions for real industrial production.

Additional information