3D ABL ADJUSTABLE BEAM LASERS
SPECIFICATIONS
Nominal Power (W)
Power Range (%)
Laser Beam Quality
Power Stability (%)
Pulse Frequency Range (kHz)
Wavelength (nm)
Voltage (VAC)
Cooling Capacity (kW)
Flow Rate Laser (l/min)
Temperature Laser (°C)
Fiber Interface
Diameter (μm)
Length (m)
Power Range (%)
Laser Beam Quality
Power Stability (%)
Pulse Frequency Range (kHz)
Wavelength (nm)
Voltage (VAC)
Cooling Capacity (kW)
Flow Rate Laser (l/min)
Temperature Laser (°C)
Fiber Interface
Diameter (μm)
Length (m)
ABL 1500/1500
1500W/1500W
1-100
Multimode
∓2%
50
1070∓5nm
380VAC/ 50Hz/60Hz
6
50
0-45°C
QBH, QD, Q+
50/150 / 50/300 / 100/300
10-20
1-100
Multimode
∓2%
50
1070∓5nm
380VAC/ 50Hz/60Hz
6
50
0-45°C
QBH, QD, Q+
50/150 / 50/300 / 100/300
10-20
ABL 2000/2000
2000W/2000W
1-100
Multimode
∓2%
50
1070∓5nm
380VAC/ 50Hz/60Hz
6
50
0-45°C
QBH, QD, Q+
50/150 / 50/300 / 100/300
10-20
1-100
Multimode
∓2%
50
1070∓5nm
380VAC/ 50Hz/60Hz
6
50
0-45°C
QBH, QD, Q+
50/150 / 50/300 / 100/300
10-20
ABL 4000/2000
4000W/2000W
1-100
Multimode
∓2%
50
1070∓5nm
380VAC/ 50Hz/60Hz
9
75
0-45°C
QBH, QD, Q+
50/150 / 50/300 / 100/300
10-20
1-100
Multimode
∓2%
50
1070∓5nm
380VAC/ 50Hz/60Hz
9
75
0-45°C
QBH, QD, Q+
50/150 / 50/300 / 100/300
10-20
ABL 2000/4000
2000W/4000W
1-100
Multimode
∓2%
50
1070∓5nm
380VAC/ 50Hz/60Hz
9
75
0-45°C
QBH, QD, Q+
50/150 / 50/300 / 100/300
10-20
1-100
Multimode
∓2%
50
1070∓5nm
380VAC/ 50Hz/60Hz
9
75
0-45°C
QBH, QD, Q+
50/150 / 50/300 / 100/300
10-20
ABL 4000/4000
4000W/4000W
1-100
Multimode
∓2%
50
1070∓5nm
380VAC/ 50Hz/60Hz
12
100
0-45°C
QBH, QD, Q+
50/150 / 50/300 / 100/300
10-20
1-100
Multimode
∓2%
50
1070∓5nm
380VAC/ 50Hz/60Hz
12
100
0-45°C
QBH, QD, Q+
50/150 / 50/300 / 100/300
10-20
3D ABL-SM ADJUSTABLE BEAM LASERS
SPECIFICATIONS
Nominal Power (W)
Power Range (%)
Laser Beam Quality
Power Stability (%)
Pulse Frequency Range (kHz)
Wavelength (nm)
Voltage (VAC)
Cooling Capacity (kW)
Flow Rate Laser (l/min)
Temperature Laser (°C)
Fiber Interface
Diameter (μm)
Length (m)
Power Range (%)
Laser Beam Quality
Power Stability (%)
Pulse Frequency Range (kHz)
Wavelength (nm)
Voltage (VAC)
Cooling Capacity (kW)
Flow Rate Laser (l/min)
Temperature Laser (°C)
Fiber Interface
Diameter (μm)
Length (m)
ABL-SM 1000/1000
1000W/1000W
1-100
Single/Multimode
∓2%
50
1070∓5nm
380VAC/ 50Hz/60Hz
6
50
0-45°C
QBH, QD, Q+
14/110 / 20/110 / 14/150
10-20
1-100
Single/Multimode
∓2%
50
1070∓5nm
380VAC/ 50Hz/60Hz
6
50
0-45°C
QBH, QD, Q+
14/110 / 20/110 / 14/150
10-20
ABL-SM 1500/1500
1500W/1500W
1-100
Single/Multimode
∓2%
50
1070∓5nm
380VAC/ 50Hz/60Hz
6
50
0-45°C
QBH, QD, Q+
14/110 / 20/110 / 14/150
10-20
1-100
Single/Multimode
∓2%
50
1070∓5nm
380VAC/ 50Hz/60Hz
6
50
0-45°C
QBH, QD, Q+
14/110 / 20/110 / 14/150
10-20
ABL-SM 1500/3000
1500W/3000W
1-100
Single/Multimode
∓2%
50
1070∓5nm
380VAC/ 50Hz/60Hz
6
50
0-45°C
QBH, QD, Q+
14/110 / 20/110 / 14/150
10-20
1-100
Single/Multimode
∓2%
50
1070∓5nm
380VAC/ 50Hz/60Hz
6
50
0-45°C
QBH, QD, Q+
14/110 / 20/110 / 14/150
10-20
ABL-SM 1500/4500
1500W/4500W
1-100
Single/Multimode
∓2%
50
1070∓5nm
380VAC/ 50Hz/60Hz
6
50
0-45°C
QBH, QD, Q+
14/110 / 20/110 / 14/150
10-20
1-100
Single/Multimode
∓2%
50
1070∓5nm
380VAC/ 50Hz/60Hz
6
50
0-45°C
QBH, QD, Q+
14/110 / 20/110 / 14/150
10-20
ABL-SM 2000/4000
2000W/4000W
1-100
Single/Multimode
∓2%
50
1070∓5nm
380VAC/ 50Hz/60Hz
6
50
0-45°C
QBH, QD, Q+
14/110 / 20/110 / 14/150
10-20
1-100
Single/Multimode
∓2%
50
1070∓5nm
380VAC/ 50Hz/60Hz
6
50
0-45°C
QBH, QD, Q+
14/110 / 20/110 / 14/150
10-20
Usage fields of ABL Lasers
Battery Production
3D Photonics ABL can be used to cut and weld various components that make up an EV battery, such as lithium-ion cells and battery pack casings. The laser beam allows for precise and efficient cutting and welding by focusing on a small spot with high energy density. This can help improve the performance and lifespan of the battery by enabling precise and efficient production.
Engine and Transmission Components
3D Photonics ABL can be used to cut and weld the metal components of EV engines and transmissions. The high precision and efficiency of laser cutting and welding can help improve the performance and durability of these components.
Body Manufacturing
3D Photonics ABL can be used for welding the body of an EV. This process, known as laser welding, can enhance the overall quality of the body and also reduce costs. Laser welding is highly precise and efficient process that allows for the welding of complex geometries and tight tolerances.
Maintenance and Repair
3D Photonics ABL can be used for maintenance and repair of EV components such as the battery and power electronics, as well as the body of the EV. The high precision and efficiency of laser cutting and welding can help improve the lifespan and performance of the EV through precise and efficient repair work.
Industry 4.0
3D Photonics ABL can be quickly integrated into factories’ MES systems through industrial integration 4.0. They can be easily added to industry 4.0 data collection systems and provide access to data through OPC-UA. They can also be seamlessly integrated with ABB, FANUC, and KUKA robots.
In the dynamic realm of the automotive industry, Adjustable Beam Lasers (ABL) emerge as a transformative force, offe-
ring a host of advantages that redefine the way welding processes enhance quality, efficiency, and cost-effectiveness.
Enhanced Welding Quality
ABL lasers ensure high-quality, precise welds, reducing the risk of structural weak-nesses in automotive components.
Faster Production
The ability to weld at high speeds accelerates the manufacturing process, leading to increased productivity.
Reduced Rework
Virtually spatter-free welding minimizes the need for rework, saving time and resources.
Cost Savings
Improved efficiency and reduced rework translate into cost savings in automotive production.
Industrial Applications with ABL Technology
Battery Welding
In Li-ion battery production, laser welding is used in delicate processes such as joining electrode layers and cell assembly. Laser welding improves the structural integrity and performance of the battery by offering a high level of control and automation. This technology increases the speed and efficiency of production processes while maximizing battery safety.
Defense Industry
Adjustable Beam Lasers have been developed for use in defense industry applications. One example is their use in surface hardening and precise hole drilling processes in the defense industry.
3D Printing
Adjustable Beam Lasers can be used to create complex 3D models and prototypes through a process called laser sintering, where the laser melts and fuses fine powder particles to form a solid object.
Automotive
Adjustable Beam Lasers offer convenience and speed in deep penetration and welding of different metals in the automotive industry.
Battery Cooling Systems
Adjustable Beam Lasers used in welding applications reduce the risk of errors and increase efficiency by providing high precision and fast welding processes. They also minimize the formation of weld spatter and can tolerate larger gaps compared to traditional laser welding.
WHY 3D PHOTONICS?
3D Photonics is a leading technology company that provides fiber laser resonators and laser heads to numerous customers worldwide. The company has a broad customer base in Europe, Asia, and America, and continues to add value to industries in these regions.
In 2015, 3D Robotik started its activities by recognizing the potential of fiber laser technology. From the moment of its establishment, the company was determined to work on robotic fiber laser applications, fiber laser resonator, and laser head development. Over the years, through research and development efforts, the company consistently increased its knowledge in this field, ultimately leading to the formation of 3D Photonics.
3D Photonics holds a leading position worldwide by providing its customers with high-quality products and technical support, contributing to the proliferation of fiber laser technology. With a commitment to delivering value to its customers, the company continues to contribute to the success of industries in Europe, Asia, and America.
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