Laser Cutting Tubes LTS 3 Bevel
3D laser tube system for bevels and angled cuts on metal profiles.
3 [kW] Bevel 3D
Power
24/24 h
7 days a week
1-6 [mm]
Cuttable Thicknesses
1.5-6.1 [m]
Working Length
100 [mm]
Maximum waste
AIR-N₂-O₂
Usable Gases
LTS 3 Bevel
The LTS3 Bevel is a 3 kW tube laser cutting machine with a 3D bevel head, designed for complex machining and angled cuts on tubes and metal profiles.
It allows the cutting of structural tubes with the creation of bevels, preparations for welding, and three-dimensional geometries, expanding the application possibilities compared to traditional cutting.
The combination of 3 kW fiber laser source and 3D adjustable head enables precise and repeatable machining directly from the program.
The automatic system ensures production continuity, consistent quality, and efficient integration into industrial processes.
The LTS3 Bevel represents the advanced solution for those who require operational flexibility and advanced machining in tube laser cutting.
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The Cutting Line
1
LTS3 Bevel
Laser cutting line with power 3 [kW] Bevel for chamfered cuts
2
Automatic Charger
Two types of bundle or chain loader
3
Automatic Loader
Tube Loader with Slides
4
Cooler
Check the temperature of the source and laser head
5
Air Compressor
Air Compressor 15 [bar] specific for laser cutting
6
Fume Extractor
Removes cutting fumes and odors
7
Barriers and Protections
Regulations and Safety for Every Operator
Source and Fiber Laser Head 3 [kW] Bevel 3D
3 kW Fiber Laser Cutting Head Bevel 3D, designed for laser cutting of tubes and profiles with bevels and angled machining. In addition to bevel machining, it also allows standard laser cuts, like a traditional 3 kW laser cutting machine, ensuring precision, stability, and consistent quality in industrial applications.
Automatic Charger
Through a Bundle loading system, the cutting line is continuously fed, reducing cycle times and optimizing the management of incoming material.
Multi-Length Loader
Multi-length loader for laser tube cutting machine, equipped with support rollers and plastic slides for unloading parts without scraping. The configuration can be customized according to production needs.
Details
Fiber Laser Software
Software for managing the tube laser cutting machine, which allows you to control all operational functions and directly create 3D models of tubes and profiles. It enables the programming of cuts, holes, and machining directly from the control interface.
![tube cutting laser software 1.5/3 [kW] and 3 [kW] Bevel](https://static.wixstatic.com/media/536338_b5322151810a428583403f76af3992df~mv2.png/v1/fill/w_353,h_276,al_c,q_85,usm_0.66_1.00_0.01,enc_avif,quality_auto/16_edited.png)
Air Compressor 15 [bar]
15 bar air compressor, designed for use in laser cutting applications and for supplying process air to the machine.
![Air compressor for laser at 15 [bar]](https://static.wixstatic.com/media/536338_ffecbcfb22bc40b094117e46509ba80a~mv2.png/v1/fill/w_353,h_276,al_c,q_85,usm_0.66_1.00_0.01,enc_avif,quality_auto/16_edited.png)
Fume Extractor
Check and reduce emissions, improving air quality and protecting the health of operators with an advanced filtration system.
Cooler
dedicated to the control of the temperature of the source and the fiber laser head, used for cooling the system during laser cutting operations.
Fiber Laser Source 1.5/3 [kW]
Fiber laser source available in powers of 1.5 and 3 kW, designed to ensure work continuity, stability, and reliable performance in industrial laser cutting applications on tubes and profiles.
![Fiber laser cutting source of 1.5 and 3 [Kw]](https://static.wixstatic.com/media/536338_041c2824b3e54edaa4a810a213c5b419~mv2.png/v1/fill/w_256,h_200,al_c,q_85,usm_0.66_1.00_0.01,enc_avif,quality_auto/Brushless.png)
Welding Seam Detection Sensor
Sensor for detecting the weld seam of the tube, used as a reference for aligning the processing during laser cutting.
![3 [kW] laser head with sensor for detecting welding seam](https://static.wixstatic.com/media/536338_eaaf1c206301463483e00bc85dd3c41d~mv2.png/v1/fill/w_256,h_200,al_c,q_85,usm_0.66_1.00_0.01,enc_avif,quality_auto/Brushless.png)
Electrical Panel
Centralizes and protects electronic components, ensuring safe energy distribution and optimal control of the cutting line.
Inovance Drives
Drives for controlling the axes of the tube laser machine, used for managing movements during cutting.
![Drives for controlling laser axes 1.5/3 [kW] and 3 [kW] Bevel](https://static.wixstatic.com/media/536338_93163ee994bf4a41a1641815994675ec~mv2.png/v1/fill/w_256,h_200,al_c,q_85,usm_0.66_1.00_0.01,enc_avif,quality_auto/Brushless.png)
CNC EtherCAT Controller
CNC controller based on advanced EtherCAT architecture, used for managing movement, inputs/outputs, and the cutting process in the laser tube machine.
Safety First
Photoelectric cells, safety nets, barriers, and guards prevent accidents, protect operators, and ensure compliance with current regulations.
Tailor Made
For applications that require bevels and angled cuts, the LTS3 Bevel is designed based on real geometric and production needs.
3D head configuration, management of interpolated axes, and level of automation are defined on a project basis, developing a custom tube bevel laser line, integrated into industrial flows and oriented towards precision and flexibility.
Industry 5.0
The Industry 5.0 approach applied to the Simec laser lines enhances the role of the operator, alongside digital precision a smart and customizable management of the system.
The result is a technology designed to offer flexibility, control, and stability over time, within an advanced production system.
3 [kW]
Source power
Interchangeable nozzles based on the product
Nozzle
AIR / N₂ / O₂ based on material and thickness
Support gas
Automatic focus, adjustable via software
Focal point
Through dedicated chiller
Source cooling and head
Integrable in the cutting area
Suction system
CE compliant protective panel
Protectors
Integrable on request
Welding sensor
Cutting unit
Chain
Bundle
Type of Load
Max 6.1 [m]
Pipe Length
On Belts
On Motorized Chains
Material Transport
3000 [Kg].
Belt Load Capacity
Manuals
Adjustments
Round Tube Ø12-120 [mm]
Square/Rectangular Tube/Profiles from 12x12 to 80x80 [mm]
Capacity
Through Feed Carriage
Connection with Cutting Unit
Charger
From 1 to multiple positions
Discharge Positions
Slides
Type of Discharge
With support rollers
Parts Management
Configurable according to application needs
Discharge Length
Shock-resistant surfaces
Parts protection
Modular and integrable
Discharger structure
Unloader
Technical data
B
6000 [mm]
Charger Length
F
1400 [mm]
Laser Width
C
8650 [mm]
Laser Length
E
2650 [mm]
Total Width
D
5580 [mm]
Discharge Length
G
975 [mm]
Cutting Height
A
14.200 [mm]
Total Length
H
2100 [mm]
Total Height
The dimensions refer to a standard template.
They will be checked and, if necessary, modified at the design stage according to customer requirements.
Dimensions
High-alloyed stainless
Common examples: AISI 316Ti, 904L
Aluminium and aluminium alloys
Common examples: EN AW-6060, 6082, 7075
Copper and copper alloys
Common examples: CuZn37, CuSn12
Steel and Stainless Steel
Common examples: S235JR, S355, AISI 304, AISI 316
Cuttable materials
Sectors
Spare parts available on stock
For the LTS3 Bevel, Simec ensures the availability of spare parts necessary to maintain precision and reliability in 3D machining and in angled cuts.
Particular attention is given to the bevel head components and the axis movement systems.
Original spare parts for the 3D Bevel system
Components dedicated to the 3D head and interpolated axes
Availability of mechanical, electrical, and electronic parts
Specialized technical support
Maintaining precision in three-dimensional cutting
Simec for you
For the most complex applications, the LTS3 Bevel combines 3D laser technology with the experience Simec in designing custom tube laser lines.
We develop automation in-house, adjust the axis configuration, integrate safety systems, and create custom loading and unloading, creating a complete system ready for production integration.
The final testing and technical tuning ensure three-dimensional precision, reliability, and operational continuity in structural cutting.
