Projects
Latvia, Riga, 2026, Automatic Sheet Metal Deburring Machine
The Automatic Sheet Metal Deburring Machine is designed for efficient deburring, edge rounding and surface finishing of metal components. Installed in Riga, Latvia, this equipment combines slag removal, roller brush processing and abrasive belt grinding in one integrated system, helping manufacturers achieve consistent finishing quality and streamline metalworking operations.
The machine is suitable for processing carbon steel, stainless steel, aluminium, copper and other non-ferrous metals. It removes slag residue, burrs and sharp edges from workpieces produced by laser cutting, plasma cutting, gas cutting, stamping and other manufacturing processes. The combined processing system also supports surface polishing, scale removal and the creation of smooth, rounded edges around contours, corners and holes.
The machine uses a multi-stage processing principle. First, slag-removal discs eliminate larger slag particles and heavy burrs. Four universal roller brushes then round sharp edges and treat contours and holes, while the abrasive belt performs additional deburring and surface finishing. The slag-removal, roller-brush and abrasive-belt stations can be operated independently, allowing the processing sequence to be adapted to different workpiece thicknesses and finishing requirements.
With a maximum working width of up to 800 mm, the machine accommodates metal sheets ranging from 0.7 to 80 mm in thickness. Its adjustable conveyor feed speed of 1–5 m/min allows operators to adapt throughput to the material and required finishing result. A wear-resistant, heat-resistant conveyor belt ensures stable workpiece transport, while the frequency-controlled drive enables flexible speed adjustment. An integrated wet dust collection system with a power rating of 6.6 kW captures airborne dust generated during processing, with a stated dust collection efficiency of up to 85%.
Key Features
- Combined processing system integrating slag removal, edge rounding and abrasive belt grinding
- Maximum working width of up to 800 mm, depending on configuration
- Processing thickness range of 0.7–80 mm
- Compatible with multiple metals, including carbon steel, stainless steel, aluminium, copper and other non-ferrous materials
- Multi-directional deburring of edges, corners, contours and holes
- Four universal roller brushes for edge rounding and consistent surface treatment
- Independent station control for flexible processing of workpieces with different thicknesses
- Adjustable conveyor feed speed of 1–5 m/min
- Abrasive belt dimensions of 1900 × 820 mm for the 800 mm configuration
- Integrated wet dust collection system rated at 6.6 kW, with up to 85% stated dust collection efficiency
- 380 V, three-phase, 50 Hz power supply
- Total installed power of 41 kW plus 6.6 kW for dust collection in the 800 mm configuration
Why Choose an Automatic Sheet Metal Deburring Machine?
Automated deburring and edge finishing help manufacturers reduce reliance on manual grinding, improve consistency and maintain a more efficient production workflow. By combining several processing stages in one machine, this solution can reduce handling between operations and deliver more uniform finishing results across batches of metal components.
Independent station control provides flexibility for different materials, thicknesses and surface requirements, while adjustable conveyor speed supports production planning. The integrated dust collection system also helps improve workplace conditions by capturing dust generated during processing.
For metalworking companies seeking to optimise post-cutting operations, this machine offers a practical approach to slag removal, burr elimination, edge rounding and surface finishing within a single production process.
Latvia, Riga, 2026, CNC Hydraulic Press Brake
The CNC Electric Press Brake is designed for precise and efficient metal bending in industrial manufacturing and metalworking workshops. With a nominal pressing force of 35 tons and a 1,200 mm working table, this machine provides a practical solution for a variety of bending applications.
Equipped with a CNC control system, the machine ensures controlled operation and accurate material positioning. The motorized backgauge supports repeatable positioning, while adjustable pressing speed allows operators to adapt the bending process to different production requirements.
With a maximum backgauge travel of 500 mm, a 420 mm opening height and a 150 mm ram stroke, the machine offers flexibility for everyday metal forming tasks. Its compact design and 3,000 kg weight make it suitable for manufacturing facilities seeking reliable hydraulic bending performance.
Key Features
- 35-ton pressing force for a range of metal bending applications
- CNC control system for controlled and repeatable operation
- 1,200 mm working table for practical material handling
- Motorized backgauge with 500 mm X-axis travel
- Backgauge positioning accuracy of ±0.1 mm
- 420 mm opening height and 150 mm ram stroke
- Adjustable pressing speed of 10–30 mm/s
- 14 kW total power for machine operation
Why Choose CNC Electric Press Brake?
The CNC Electric Press Brake combines hydraulic pressing power, CNC control and precise backgauge positioning in a compact machine. Its configuration supports consistent bending results, efficient workflows and flexible use across a variety of metalworking applications.
Lithuania, Vilnius, 2026, Bodor K1 3kW
Bodor K1 3kW is a compact and efficient fiber laser tube cutting machine designed for precise processing of metal tubes and profiles — now installed in Vilnius, Lithuania, providing a reliable solution for modern tube and profile cutting applications.
Key Features:
3kW Fiber Laser Source: Provides stable laser cutting performance for efficient processing of carbon steel, stainless steel, aluminum, and other metal materials.
Tube and Profile Cutting: Bodor K1 is designed for accurate cutting of round, square, rectangular, and other metal tube and profile shapes.
High Cutting Precision: Advanced fiber laser technology enables accurate contours and detailed geometries while maintaining consistent cutting quality.
Efficient Production: The 3kW configuration combines cutting efficiency with stable machine operation for a wide range of industrial tube processing tasks.
Reliable Material Handling: The machine provides secure positioning of tubes and profiles during cutting, supporting precise and repeatable results.
Intelligent Control: Bodor control technology helps optimize cutting parameters and supports convenient machine operation.
Compact Industrial Design: K1 combines a production-oriented machine configuration with a robust structure suitable for professional metalworking environments.
Flexible Application: The machine can be used for various tube and profile cutting requirements across metal fabrication and industrial production.
Why Choose the Bodor K1 3kW:
Efficient Tube Cutting: The 3kW fiber laser provides an effective solution for precise and productive tube and profile processing.
Consistent Results: Stable laser performance and accurate machine movement support reliable cutting quality.
Versatile Processing: Suitable for different tube and profile shapes and a wide range of metalworking applications.
Production Flexibility: K1 provides manufacturers with an efficient solution for expanding tube cutting capabilities.
Reliable Fiber Laser Technology: The machine combines modern laser technology, intelligent control, and a robust industrial design for everyday production.
Lithuania, Rokiškis, 2026, Tube Bending Machine
Tube Bending Machine is an industrial solution designed for precise and efficient bending of long metal tubes — now installed in Rokiškis, Lithuania, expanding local production capabilities for tube processing and metal fabrication.
Key Features:
6-Meter Tube Length: The machine is designed to process tube blanks up to 6 meters long, providing greater flexibility for long-component production.
Up to 100mm Tube Diameter: The system supports tube processing with diameters of up to 100 mm, covering a wide range of industrial applications.
Efficient Tube Bending: The machine provides a dedicated solution for forming and bending metal tubes according to required production geometries.
Long Workpiece Processing: The extended working capability allows manufacturers to handle long tube components without dividing the material into shorter sections.
Production Flexibility: The machine is suitable for different tube bending applications where accurate forming and repeatable results are required.
Industrial Application: Designed for professional metalworking environments, the tube bending machine expands the range of manufacturing operations available to the customer.
Why Choose the Tube Bending Machine:
Long-Length Processing: The ability to work with tubes up to 6 meters long makes the machine suitable for large and extended components.
Wide Diameter Capability: Processing tubes up to 100 mm in diameter provides flexibility for different production requirements.
Efficient Bending Solution: A dedicated tube bending system helps streamline production and reduce the need for additional forming operations.
Expanded Production Capabilities: The installation adds new tube forming possibilities to the customer’s existing metalworking operations.
Industrial Tube Processing: The machine provides a practical solution for manufacturers working with long metal tubes and demanding production requirements.
Estonia, Tallinn, 2026, Bodor K2 3kW
Bodor K2 3kW is a high-performance fiber laser tube cutting machine designed for precise and efficient processing of metal tubes and profiles — now installed in Tallinn, Estonia, providing an advanced tube cutting solution for modern industrial production.
Key Features:
3kW Fiber Laser Source: Delivers stable and efficient laser cutting performance for processing carbon steel, stainless steel, aluminum, and other metal profiles.
Tube and Profile Cutting: Bodor K2 is designed for accurate processing of round, square, rectangular, and other tube and profile shapes used in metal fabrication.
High Cutting Efficiency: The 3kW fiber laser configuration provides a combination of cutting speed, precision, and stable processing performance for demanding production environments.
Precision Processing: Advanced laser cutting technology enables accurate contours and complex geometries while maintaining consistent cutting quality.
Reliable Material Clamping: The machine is designed to securely hold tubes and profiles during processing, supporting stable and precise cutting results.
Intelligent Control System: Bodor control technology helps optimize cutting parameters and machine operation for efficient and consistent production.
Industrial Machine Structure: A robust construction provides the stability and reliability required for continuous operation in professional manufacturing environments.
Flexible Production Solution: K2 can efficiently process a wide range of tube and profile applications, making it suitable for different metalworking requirements.
Why Choose the Bodor K2 3kW:
Efficient Tube Cutting: The 3kW fiber laser provides an effective solution for fast and precise tube and profile processing.
High Precision: Advanced laser technology supports accurate cutting and consistent results across different production applications.
Versatile Processing: Suitable for a wide range of metal tubes, profiles, and structural components.
Stable Production: Robust machine construction and reliable material handling support continuous industrial operation.
Modern Laser Technology: K2 combines fiber laser performance, intelligent control, and production-oriented design in one efficient tube cutting solution.
Lithuania, Šalčininkai 2026, Bodor K2 3kW
Bodor K2 3kW is a fully enclosed fiber laser tube cutting machine designed for precise and efficient metal tube processing — now installed in Šalčininkai, Lithuania, expanding the production capabilities of one of our major long-term customers, who already operates 9 Bodor laser machines for sheet and tube cutting.
Key Features:
3kW Fiber Laser Source: Provides stable and precise laser cutting performance for efficient processing of metal tubes and profiles across a wide range of production applications.
Tube Laser Cutting: Bodor K2 is designed specifically for efficient processing of round, square, rectangular, and other metal tube profiles with high cutting accuracy.
High-Speed Processing: The K2 combines efficient tube processing with fast machine movement, helping reduce production time and improve overall workflow.
Pneumatic Chuck System: Advanced pneumatic chucks provide fast and secure material clamping, helping simplify setup and maintain stable tube positioning during cutting.
Fully Enclosed Design: The enclosed machine configuration provides a safer and cleaner working environment while supporting controlled laser cutting operations.
Precise Profile Processing: K2 enables accurate cutting of complex geometries and detailed shapes required for modern metal fabrication.
Production-Oriented Design: The machine combines reliable construction, intelligent control, and efficient tube processing technologies for demanding industrial applications.
Long-Term Bodor Partnership: This installation adds another Bodor laser system to the customer’s existing fleet of 9 machines, including both sheet metal and tube laser cutting equipment.
Why Choose the Bodor K2 3kW:
Efficient Tube Cutting: The 3kW fiber laser configuration provides an effective solution for precision tube and profile processing.
Expanded Production Capabilities: K2 adds dedicated tube laser cutting capacity to an already established Bodor-based production environment.
Precision and Stability: Advanced laser and clamping technologies support consistent cutting quality and reliable machine operation.
Flexible Tube Processing: Suitable for different tube shapes and profiles, allowing manufacturers to handle a wider range of production requirements.
Proven Bodor Platform: The machine becomes part of a production fleet that already includes 9 Bodor laser systems for sheet and tube processing.
Complete Equipment Support: As the official Bodor representative in the Baltic States, Sufra Engineering provides equipment delivery, installation, operator training, warranty service, and technical support.
Estonia, Kohtla-Järve 2026, Tandem CNC Press Brake System, 2×320t
Tandem CNC Press Brake System is a high-capacity bending solution designed for large-format and demanding sheet metal processing — now installed in Kohtla-Järve, Estonia, providing increased bending capacity, extended working length, and precise CNC-controlled production.
Key Features:
Tandem Configuration: Two CNC press brakes operate together as a synchronized system, allowing large workpieces to be processed with high precision and consistent bending performance.
2 × 3200 mm Working Length: Each machine provides a 3200 mm working length, creating a combined 6400 mm bending capacity for large-format components.
2 × 320 t Bending Force: Each press brake delivers 320 t of bending force, providing a combined capacity of 640 t for demanding sheet metal applications.
8 Working Axes: Multi-axis configuration enables precise positioning, flexible bending sequences, and accurate processing of complex components.
DELEM DA-69S CNC Control: Advanced CNC control provides intuitive programming, precise process management, and efficient operation of complex bending applications.
Synchronized Bending Operation: Both press brakes work in coordination as one system, ensuring stable positioning and consistent bending results across large workpieces.
Heavy-Duty Construction: The robust machine configuration is designed for demanding industrial production where high force, accuracy, and repeatability are essential.
Why Choose the Tandem CNC Press Brake System:
Large-Format Processing: Extended 6400 mm working length enables efficient bending of oversized sheet metal components.
High Bending Capacity: Combined 640 t bending force provides the power required for heavy-duty industrial applications.
Greater Production Flexibility: Eight working axes and tandem operation allow manufacturers to handle a wider range of components and bending tasks.
Precise CNC Control: DELEM DA-69S ensures accurate programming, positioning, and repeatable bending performance.
Industrial Reliability: A robust tandem configuration provides stable performance for demanding and continuous sheet metal production.
Lithuania, Klaipėda 2026, Bodor C3 12kW
Bodor C3 12kW is a fully enclosed fiber laser cutting machine designed for high-performance sheet metal processing — now installed in Klaipėda, Lithuania, adding powerful and efficient laser cutting capabilities to local production.
Key Features:
12kW Fiber Laser Source: Delivers high cutting power and stable performance for efficient processing of sheet metal, including carbon steel, stainless steel, and aluminum.
Fully Enclosed Design: The protective enclosure provides a safer working environment while supporting a clean and controlled production process.
High-Speed Cutting: The 12kW configuration is designed for fast and efficient metal processing, helping reduce cutting time and increase production throughput.
Bodor Genius Laser Head: Advanced laser head technology supports precise and stable cutting performance across demanding production applications.
Intelligent Cutting Technology: Bodor’s control and cutting technologies help maintain consistent processing quality while optimizing machine performance.
Efficient Sheet Metal Processing: C3 is designed as a dedicated sheet metal laser cutting solution, combining high power with a production-oriented machine configuration.
Industrial Construction: A robust machine structure provides the stability required for continuous operation in demanding manufacturing environments.
Why Choose the Bodor C3 12kW:
Higher Production Capacity: 12kW laser power enables efficient processing and supports demanding sheet metal production requirements.
Fast and Stable Cutting: High-power fiber laser technology combines cutting speed with consistent processing performance.
Versatile Metal Processing: Suitable for a wide range of sheet metal applications and materials.
Safe Production Environment: Full machine enclosure provides additional protection during laser cutting operations.
Production-Ready Solution: C3 combines high laser power, intelligent technology, and a robust industrial design for modern sheet metal manufacturing.
Estonia, Alu 2026, Bodor M3 6kW 3D Bevel
Bodor M3 6kW 3D Bevel is an advanced fiber laser tube cutting machine designed for high-precision processing of tubes, profiles, and structural steel components — now successfully installed in Alu, Estonia, to enhance production efficiency and expand manufacturing capabilities.
Key Features:
6kW Fiber Laser Source: Provides powerful and stable cutting performance for carbon steel, stainless steel, aluminum, and various metal profiles, ensuring high cutting quality and productivity.
3D Bevel Cutting Technology: Delivers precise bevel cuts up to ±45°, creating weld-ready components and reducing the need for secondary processing before assembly and welding operations.
Advanced Four-Chuck System: Enables true zero-tail cutting, maximizing material utilization while minimizing scrap and production waste.
Simultaneous Loading and Unloading: Intelligent process integration allows loading, cutting, and unloading operations to run in parallel, significantly improving overall workflow efficiency.
Wide Tube Processing Capacity: Supports tube lengths up to 12 meters, diameters up to 356 mm, and workpiece weights up to 800 kg, making it suitable for a broad range of industrial applications.
High Positioning Accuracy: Precision positioning and repeatability ensure consistent cutting quality across long production runs.
Intelligent Collision Protection: Advanced edge collision prevention technology protects the cutting head and improves operational reliability when processing complex profiles.
Heavy-Duty Industrial Construction: The robust machine design is engineered for continuous production environments and demanding tube processing tasks.
Why Choose the Bodor M3 6kW 3D Bevel:
Enhanced Fabrication Flexibility: Processes round, square, rectangular, and complex profile tubes with exceptional precision.
Superior Weld Preparation: High-accuracy 3D bevel cutting reduces preparation time and improves welding quality.
Maximum Material Utilization: Zero-tail cutting technology helps reduce raw material consumption and lower production costs.
Higher Productivity: Simultaneous processing operations minimize idle time and increase manufacturing throughput.
Reliable Industrial Performance: Built for demanding production environments where precision, speed, and consistency are critical.
Future-Ready Manufacturing: Combines intelligent automation, advanced bevel cutting, and high-speed fiber laser technology to support modern metal fabrication requirements.
Estonia, Tallinn 2026, Bodor C3 6 kW
Bodor C3 6kW Laser Cutting Machine
The Bodor C3 6kW is a versatile fiber laser cutting machine designed to deliver high-speed, accurate, and cost-effective sheet metal processing for modern manufacturing businesses.
Key Features:
Powerful 6kW Fiber Laser: Provides fast and precise cutting of carbon steel, stainless steel, aluminum, brass, and other metal materials, ensuring excellent edge quality and production efficiency.
3048 × 1524 mm Working Area: Offers ample space for processing standard metal sheets while maintaining a compact machine footprint suitable for various production environments.
Fully Enclosed Protective Design: Enhances workplace safety by containing laser radiation, sparks, and cutting debris during operation.
Auto-Focus Laser Head: Automatically adjusts the focal position according to material type and thickness, improving cutting quality and reducing setup time.
Active Anti-Collision System: Helps protect the cutting head from accidental impacts, minimizing downtime and lowering maintenance costs.
High-Precision Motion System: Delivers positioning accuracy of ±0.05 mm and repeat positioning accuracy of ±0.03 mm for consistently accurate results.
Optional Dual-Pallet Exchange Table: Enables faster loading and unloading of materials, reducing idle time and increasing overall productivity.
Intelligent Control Software: User-friendly interface simplifies operation, programming, and process management for operators of all experience levels.
Why Choose the Bodor C3 6kW:
Increased Production Efficiency: High cutting speeds and automated functions help manufacturers complete more jobs in less time.
Outstanding Cutting Quality: Produces smooth, clean edges with minimal burr formation, reducing the need for secondary finishing operations.
Versatile Material Processing: Efficiently handles a wide range of metals and thicknesses, supporting diverse manufacturing applications.
Reliable Construction: Built with a durable machine frame and advanced engineering solutions designed for long-term industrial use.
Lower Operating Costs: Energy-efficient fiber laser technology reduces power consumption and maintenance requirements compared to traditional cutting methods.
Optimized for Modern Manufacturing: Combines safety, precision, automation, and productivity, making it an excellent investment for companies seeking reliable laser cutting performance in Tallinn, Estonia.
Estonia, Ebavere 2026, Shot Blasting Chamber
The shot blasting chamber installation in Estonia represents a modern solution for industrial surface preparation of metal components. The project in Ebavere introduced an efficient system for cleaning, descaling, and preparing metal surfaces for further processing and coating applications.
Key Features:
Enclosed Shot Blasting Chamber: A fully enclosed working area ensures safe and controlled processing of metal parts with minimal dust and noise dispersion.
High-Velocity Abrasive Blasting System: High-pressure abrasive flow effectively removes rust, scale, and old coatings, creating a uniform surface profile.
Abrasive Recycling System: The system automatically collects, cleans, and reuses abrasive material, reducing operating costs and improving efficiency.
Advanced Dust Collection System: An integrated filtration system removes dust and contaminants, ensuring a clean and safe working environment.
Wear-Resistant Chamber Construction: Reinforced chamber design with wear-resistant protection increases durability under intensive operation.
Flexible Material Handling Options: Designed for processing large and heavy metal structures with integrated internal transport solutions.
Why Choose a Shot Blasting Chamber:
Efficient Surface Preparation: Ensures high-quality cleaning before painting, welding, or coating applications.
Cost Reduction: Abrasive reuse and process automation help lower production costs.
Improved Coating Adhesion: Creates an optimal surface for coatings, increasing durability and performance.
High Productivity: Enables faster processing of large and complex parts compared to manual methods.
Safe Working Environment: Enclosed system with dust filtration protects operators and the environment.
Wide Industrial Application: Suitable for metal fabrication, construction, shipbuilding, and other industrial sectors.
Estonia, Alu 2026, Bodor C3 12kW
The Bodor C3 12kW is a high-performance fiber laser cutting system designed for intensive metal processing — now successfully installed in Alu, supporting high-speed and large-volume production.
Key Features:
12kW Fiber Laser Source: Delivers powerful and stable cutting performance for carbon steel, stainless steel, aluminum, and other metals, including thick materials.
C3 Series with Exchange Table: Dual working tables enable continuous operation and significantly increase productivity.
High-Precision Auto-Focus Head: Automatically adjusts to different materials and thicknesses, ensuring consistent and clean cutting results.
High-Speed Motion System: Advanced drive technology provides fast acceleration and precise positioning.
Intelligent Protection Systems: Collision protection and monitoring systems help maintain safe and reliable operation.
User-Friendly Control Interface: Modern software allows easy control, fast setup, and efficient workflow management.
Fully Enclosed Design: Ensures operator safety and a clean working environment during cutting processes.
Why Choose the Bodor C3 12kW:
Maximum Cutting Power: Ideal for processing both thin sheets and thick metals at high speed.
Increased Productivity: Exchange table system minimizes downtime and optimizes workflow.
Consistent Quality: Stable performance ensures precise cuts with minimal need for post-processing.
Versatile Applications: Suitable for a wide range of industrial and manufacturing tasks.
Efficient Operation: Smart systems and energy efficiency reduce overall production costs.
Long-Term Reliability: Built for demanding environments with dependable performance over time.