Projects Sufra

The BODOR K2 3kW fiber laser tube cutting machine has been installed in Tallinn, Estonia, providing an efficient and precise solution for the processing of metal tubes and profiles. The machine is designed for industrial applications where accurate cutting, reliable performance, and consistent production quality are essential.

Key Features:

3kW Fiber Laser Source: The 3kW fiber laser provides efficient and stable cutting performance for carbon steel, stainless steel, aluminum, and other metal materials.

Advanced Tube Cutting: BODOR K2 is designed for precise processing of round, square, rectangular, and various other tube and profile configurations.

Fast and Accurate Processing: The machine combines high cutting efficiency with precise positioning, helping manufacturers maintain consistent results throughout production.

Flexible Profile Processing: K2 supports a wide range of tube and profile applications, making it suitable for different requirements in metal fabrication and industrial manufacturing.

Stable Material Clamping: Reliable clamping technology helps maintain secure positioning of the workpiece during laser cutting and contributes to accurate processing.

Intelligent Machine Control: Advanced control technologies support convenient operation and optimized cutting parameters for efficient production.

Robust Industrial Design: The machine structure is engineered to provide stability and reliable performance during continuous industrial use.

Production Efficiency: The BODOR K2 combines fiber laser technology, precise motion control, and dedicated tube cutting capabilities in a practical production-oriented solution.

Why Choose the Bodor K2 3kW:

Efficient Tube Processing: The 3kW fiber laser configuration provides an effective solution for precise and productive tube and profile cutting.

Consistent Cutting Quality: Stable laser performance and accurate machine movement help achieve reliable results across different production tasks.

Wide Application Range: K2 can process various tube and profile shapes, supporting diverse metal fabrication requirements.

Reliable Industrial Operation: A robust machine design provides the stability needed for demanding production environments.

Advanced Fiber Laser Solution: BODOR K2 combines modern laser technology, intelligent control, and efficient tube processing in a compact industrial system.

Tandem CNC Press Brake System is an advanced bending solution designed for high-capacity sheet metal processing and large-format components — now installed in Estonia to expand production capabilities and provide precise, efficient, and reliable bending performance.

Key Features:

Tandem Configuration: Two CNC press brakes operate as a synchronized system, combining their capabilities to handle large and demanding workpieces with high precision.

2 × 3200 mm Working Length: Provides a combined bending length of 6400 mm, enabling efficient processing of large-format sheet metal components.

2 × 320 t Bending Force: Two 320-ton press brakes deliver a total bending force of 640 tons, providing the capacity required for heavy-duty industrial applications.

8 Working Axes: Multi-axis control enables precise positioning and accurate bending sequences while providing greater flexibility for complex components.

DELEM DA-69S CNC Control: Advanced CNC control provides intuitive machine operation, precise programming, and efficient management of complex bending processes.

Synchronized Operation: The tandem configuration allows both machines to work together as one coordinated bending system, maintaining consistent positioning and bending accuracy across large workpieces.

Heavy-Duty Industrial Performance: The robust configuration is designed for demanding production environments where high bending force, accuracy, and repeatability are essential.

Why Choose the Tandem CNC Press Brake System:

Large-Format Bending: The extended working length allows manufacturers to process large components that exceed the capacity of a single press brake.

High Bending Capacity: Combined 640-ton bending force provides the power required for heavy and thick sheet metal applications.

Flexible Production: Eight working axes and advanced CNC control support precise and versatile bending operations.

Improved Productivity: Synchronized operation enables efficient processing of large workpieces while reducing the need for additional handling.

Reliable Precision: The combination of tandem configuration and DELEM DA-69S CNC control provides accurate and repeatable bending performance for demanding industrial production.

Bodor C3 6kW Laser Cutting Machine

The Bodor C3 6kW is an advanced fiber laser cutting solution developed for manufacturers seeking precision, efficiency, and dependable performance in sheet metal fabrication.

Key Features:

High-Efficiency 6kW Laser Source: Delivers stable cutting performance across a wide range of materials, including stainless steel, carbon steel, aluminum, copper, and brass.

Optimized Cutting Platform: Features a spacious working area designed to process standard metal sheets efficiently while maximizing production output.

Bodor Intelligent Laser Head: Equipped with automatic focus adjustment technology that ensures optimal cutting conditions for different material thicknesses.

Fully Enclosed Structure: Provides a safe and clean operating environment by reducing exposure to sparks, dust, and laser emissions.

Smart Collision Protection: Continuously monitors cutting operations and helps prevent accidental damage to critical machine components.

Robust Machine Bed Construction: Engineered for long-term stability, vibration resistance, and consistent cutting accuracy during intensive production cycles.

Fast Dynamic Performance: High acceleration and positioning speeds improve throughput and support demanding manufacturing schedules.

Advanced Control System: Simplifies machine operation through intuitive software, allowing operators to manage cutting tasks quickly and efficiently.

Why Choose the Bodor C3 6kW:

Superior Productivity: Combines powerful laser performance with intelligent automation to increase manufacturing capacity.

Excellent Cutting Accuracy: Produces precise contours and smooth cut edges, helping businesses maintain high product quality standards.

Flexible Manufacturing Capabilities: Suitable for processing various metal types and thicknesses across multiple industries.

Dependable Daily Operation: Designed for reliable performance in continuous production environments with minimal maintenance requirements.

Reduced Production Costs: Fiber laser technology offers low energy consumption and efficient material utilization, helping improve profitability.

Future-Ready Solution: Integrates modern automation, safety systems, and precision engineering to support the evolving needs of metal fabrication companies in Tallinn, Estonia.

The Bodor C3 12kW fiber laser cutting machine is a high-performance solution for industrial metal processing — now installed in Alu, Estonia, supporting efficient and large-scale production. This project highlights a modern laser cutting machine installation in Estonia designed for demanding manufacturing environments.

Key Features:

12kW Fiber Laser Source: Provides powerful and stable cutting of carbon steel, stainless steel, aluminum, and other metals, including thick materials with high precision.

C3 Series Exchange Table System: Dual working tables enable continuous operation, reducing downtime and increasing productivity in metal cutting processes.

Auto-Focus Laser Head: Automatically adjusts to different material types and thicknesses, ensuring consistent cutting quality and precision.

High-Speed Motion System: Advanced drive technology delivers fast acceleration, accurate positioning, and efficient contour cutting.

Intelligent Protection Systems: Built-in safety and monitoring features help protect components and maintain stable machine performance.

Smart Control Software: User-friendly interface simplifies operation, improves workflow, and enhances overall production efficiency.

Fully Enclosed Design: Ensures safe operation while minimizing environmental impact during laser cutting.

Why Choose the Bodor C3 12kW:

High-Power Fiber Laser Cutting: Ideal for both thin sheet processing and thick metal cutting applications.

Increased Productivity: Exchange table system supports continuous workflow in industrial metal cutting operations.

Consistent Cutting Quality: Delivers clean edges with minimal need for secondary processing.

Wide Application Range: Suitable for various industries requiring reliable metal cutting equipment 12kW.

Energy-Efficient Operation: Optimized systems reduce power consumption and operational costs.

Reliable Industrial Performance: Engineered for long-term use in high-demand production environments.

A completed project for the installation of the Bodor M3 6kW fiber laser tube cutting machine in Estonia in 2026. The M3 series was chosen to enhance production efficiency and expand the company’s capabilities in processing metal tubes and profiles with higher precision and speed.

Key Features:

6kW Fiber Laser Source

The 6kW fiber laser provides powerful and stable cutting performance for carbon steel, stainless steel, aluminum, and other metal materials, ensuring smooth edges and consistent results across different tube thicknesses.

Four-Chuck Zero-Tail System

The four-chuck design enables true zero-tail cutting, maximizing raw material utilization and significantly reducing waste during tube processing.

Extended Processing Capacity

The machine supports tube lengths up to 12 meters, diameters up to 356 mm, and weights up to 800 kg, allowing efficient handling of round, square, rectangular, and complex profile tubes.

Bevel Cutting up to ±45°

Advanced bevel cutting capability allows the production of weld-ready components and complex structural elements with high dimensional accuracy.

Integrated Automation

Simultaneous automatic loading and unloading streamline the workflow, reduce downtime, and improve overall operational efficiency.

High Positioning Accuracy

Precision of 0.06 mm/m ensures repeatable cutting quality and stable performance in continuous industrial production.

Benefits:

Higher Throughput

The combination of 6kW laser power and intelligent automation shortens production cycles and increases output capacity.

Reduced Material Waste

Zero-tail cutting technology improves material efficiency, lowering production costs per batch.

Flexible Manufacturing

A broad processing range enables the execution of both standard and customized metal tube projects.

Cost Optimization

Energy-efficient laser technology and minimized secondary finishing reduce operational expenses.

Long-Term Reliability

The Bodor M3 6kW is designed for heavy-duty industrial use, delivering stable, precise results with minimal maintenance requirements.

Why Choose the Bodor M3 6kW:

The installation of the Bodor M3 6kW in Estonia in 2026 confirms the advantages of advanced fiber laser technology, providing increased productivity, precision, and a strong competitive edge in the metalworking sector.

The Bodor C6 12kW fiber laser cutting machine is a high-capacity industrial solution developed for precision processing of large-format metal sheets — now installed in Ebavere, Estonia to support advanced manufacturing and heavy-duty production requirements.

Key Features:

12kW Fiber Laser Source: High-power output ensures stable and efficient cutting of thick carbon steel, stainless steel, aluminum, brass, and copper with excellent edge quality.

Large Working Area: Designed for oversized metal sheets, making it ideal for structural components, industrial parts, and large-scale fabrication projects.

Automatic Focus Cutting Head: Intelligent auto-focus adjustment adapts to different material types and thicknesses, delivering consistent precision and reducing setup time.

High-Speed Motion System: Advanced drive technology provides smooth acceleration, accurate positioning, and optimized cutting performance.

Robust Welded Machine Frame: Heavy-duty construction minimizes vibration, maintains structural stability, and guarantees long-term accuracy under intensive workloads.

Fully Enclosed Protective Cabin: Closed design enhances operator safety by containing sparks, fumes, and laser radiation during operation.

Why Choose the Bodor C6 12kW:

Industrial-Grade Performance: Powerful 12kW capacity enables fast processing of thick metals while maintaining superior cut quality.

Precision and Consistency: Clean edges and stable beam performance reduce the need for secondary finishing.

Optimized Production Efficiency: Automation features and intelligent controls streamline workflow and increase output.

Reliable Continuous Operation: Built for demanding manufacturing environments requiring stability and durability.

Energy-Efficient Technology: Modern fiber laser system ensures lower operating costs and long-term investment value.

The installation of the Bodor C6 12kW fiber laser cutting machine in Ebavere, Estonia strengthens regional metal processing capabilities and delivers high-performance laser cutting technology tailored for modern industrial production.

Intelligent Electric Press Brake with Robotic Integration for Modern Sheet Metal Production

In 2026, a fully automated sheet metal bending system was installed in Mažeikiai, Lithuania, based on a 4000 mm, 100-ton Full-Electric CNC Press Brake combined with an integrated robotic bending cell. The project was focused on increasing production efficiency, ensuring stable bending accuracy, and implementing energy-efficient metal processing technologies suitable for Industry 4.0 environments.

Electric Servo-Driven Technology for Maximum Precision

The press brake operates on advanced electric servo technology, eliminating hydraulic components and ensuring extremely accurate ram positioning. This solution provides high repeatability of bending angles, stable performance during continuous production, lower energy consumption compared to hydraulic systems, reduced mechanical wear, and clean operation without oil-based systems. The 4000 mm bending length allows processing of long sheet metal parts, while the 100T pressing capacity supports a wide range of industrial applications.

8+1 Axis CNC Configuration for Complex Geometry

The machine is equipped with a programmable 8+1 axis control system (Y1, Y2, Z1, Z2, X, R, S1, S2) designed for demanding bending tasks. Independent Y1/Y2 control guarantees parallelism and precise angle formation. Z1/Z2 enable flexible positioning of backgauge fingers across the working width. The X axis controls material depth positioning, while the R axis adjusts vertical movement. Additional S1/S2 axes provide extended capabilities for special bending sequences and complex parts. The additional axis supports crowning compensation or auxiliary automation modules, ensuring consistent results even when working with longer sheets.

Robotic Bending Cell for Automated Workflow

The automated robotic workstation transforms the press brake into a complete bending cell. The industrial robot manages loading, positioning, rotation, and unloading of components, fully synchronized with the CNC system. This automation significantly increases productivity, reduces dependency on manual labor, improves operational safety, and ensures consistent quality in serial production. The system is optimized for medium and high-volume manufacturing where repeatability and cycle time are critical factors.

Advanced CNC Control and Digital Integration

The bending solution features an intelligent CNC control unit with 3D simulation, automatic bend sequence generation, real-time interference detection, and CAD/CAM compatibility. These digital tools reduce programming time, optimize production planning, and help minimize material waste. Offline programming capabilities allow preparation of bending programs without interrupting ongoing production.

Energy Optimization and Lower Operating Costs

Since the electric system consumes energy only during active movement, overall power usage is significantly reduced. The absence of hydraulic systems lowers service requirements and long-term maintenance costs, making the installation both economically efficient and environmentally responsible.

Industrial Applications

This 4000mm, 100T Full-Electric CNC Press Brake with Robotic Bending Cell is suitable for manufacturing electrical enclosures, industrial cabinets, HVAC components, machine frames, construction elements, and custom metal structures.

Automated Bending Technology for Sustainable Growth

The 2026 implementation in Mažeikiai demonstrates a strategic investment in high-precision electric press brake technology combined with robotic automation. The result is a compact, intelligent, and highly productive bending solution designed to meet the evolving requirements of modern metal fabrication industries.

Bodor P6 12kW Fiber Laser Cutting Machine

The Bodor P6 12kW fiber laser cutting machine has been successfully installed in Maetsma, representing a major step forward in high-precision sheet metal processing. Designed for industrial production, this system combines speed, accuracy, and advanced automation to support efficient and stable operation.

The P6 12kW offers a working area of 6,100 × 2,550 mm, suitable for a wide range of sheet metal formats. Its 12kW laser source, with available configurations from 3 kW to 22 kW, ensures fast and consistent cutting across various material thicknesses. A maximum travel speed of 170 m/min and acceleration up to 2.0G enable rapid positioning and reduced cycle times. High positioning accuracy of ±0.03 mm/m and repeatability of approximately ±0.02 mm guarantee stable, high-quality cutting results. The extended Z-axis travel of 320 mm allows flexible processing of different materials.

Key functions include one-second edge detection for quick setup, visual collision prevention to protect critical components, active obstacle avoidance for stable cutting, and an automatic nozzle changing system that increases uptime and minimizes maintenance interruptions.

The installation of the Bodor P6 12kW in Maetsma expands local metal fabrication capabilities, enabling faster production, improved precision, and enhanced operational reliability for modern manufacturing in Estonia.

Bodor M3 12kW Tube Laser Cutting Machine

The Bodor M3 12kW tube laser cutting machine has been implemented in Rokiškis to expand production capacity and improve the efficiency of metal tube and profile processing. The M3 series was selected as a high-power, automated solution capable of handling large volumes and complex cutting tasks.

Key features include a 12kW fiber laser source that delivers fast and stable cutting of thin- and thick-walled tubes made from carbon steel, stainless steel, aluminum alloys, and other metals. A four-chuck clamping system enables true zero-tail cutting, ensuring maximum material utilization and minimal waste. The machine supports tube lengths up to 12 meters, diameters up to 356 mm, and weights up to 800 kg, allowing flexible processing of round and profile tubes. Bevel cutting up to ±45° supports the production of complex structural components and weld-ready parts. Intelligent automation with simultaneous loading and unloading increases throughput and reduces idle time, while positioning accuracy of 0.06 mm/m ensures consistent cutting quality during continuous operation.

The system delivers high productivity through a combination of laser power and automation, significantly shortening processing cycles. Material efficiency is improved through zero-tail cutting, reducing raw material costs. A wide range of supported tube sizes and shapes enables both standard and custom production. Energy-efficient operation and reduced secondary processing help lower operating expenses, while the machine’s robust design ensures reliable long-term performance under industrial workloads.

The Bodor M3 12kW installation in Rokiškis demonstrates how advanced laser tube cutting technology enhances production flexibility, efficiency, and competitiveness in modern metalworking.