Projects

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.

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.

A project for implementing the Bodor M3 6kW fiber laser tube cutting machine in the city of Maetesma, Estonia. The M3 series was selected to strengthen the customer’s production capacity and optimize metal tube and profile processing with higher efficiency and precision.

Key Features:

6kW Fiber Laser

A powerful 6kW fiber laser source delivers stable, high-speed cutting of carbon steel, stainless steel, aluminum, and other metal tubes, ensuring clean edges and reduced thermal impact.

Four-Chuck Configuration

The advanced four-chuck system enables true zero-tail cutting, maximizing raw material usage and minimizing scrap during tube processing.

Wide Processing Range

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

Bevel Cutting Capability

Bevel cutting up to ±45° provides the ability to manufacture complex welded structures and accurately prepared components for further assembly.

Automated Loading and Unloading

Integrated automation allows simultaneous loading and unloading, reducing idle time and increasing overall production throughput.

High Precision Performance

Positioning accuracy of 0.06 mm/m guarantees consistent cutting quality and reliable repeatability in continuous industrial operation.

Benefits:

Increased Production Efficiency

The combination of 6kW laser power and intelligent automation significantly reduces cycle times and enhances daily output.

Optimized Material Usage

Zero-tail cutting technology minimizes leftover material, improving cost control and reducing waste.

Production Flexibility

The ability to process various tube geometries and sizes expands manufacturing opportunities for both standard and customized orders.

Lower Operating Costs

Energy-efficient laser technology and precise cutting reduce the need for secondary processing, decreasing total operational expenses.

Industrial Reliability

The Bodor M3 6kW is engineered for stable, long-term performance under demanding manufacturing conditions with minimal maintenance requirements.

Why Choose the Bodor M3 6kW:

The project in Maetesma, Estonia demonstrates how integrating Bodor M3 6kW technology enhances productivity, ensures precision, and provides a competitive advantage in the metalworking industry in 2026.

 

The Bodor C6 12kW is an advanced high-power fiber laser cutting machine engineered for large-format, high-precision metal processing — now successfully installed in Ebavere, Estonia to support demanding industrial production.

Key Features:

12kW Fiber Laser Power: Delivers exceptional cutting performance for thick carbon steel, stainless steel, aluminum, brass, and copper, ensuring high efficiency and stable results across various metal types.

Large-Format Cutting Area: Designed for oversized metal sheets, making it ideal for industrial-scale manufacturing and heavy-duty applications.

High-Performance Laser Source: Equipped with a premium fiber laser system providing stable beam quality, fast piercing, and consistent edge finish.

Auto-Focus Cutting Head: Automatically adjusts focal position according to material thickness, maintaining optimal precision and reducing manual setup time.

Intelligent Control System: Smart CNC control ensures smooth operation, high-speed motion control, and user-friendly workflow management.

Heavy-Duty Machine Bed: Reinforced welded structure enhances stability, minimizes vibration, and guarantees long-term accuracy during high-power cutting.

Fully Enclosed Protective Cabin: Provides a safe working environment by containing laser radiation, sparks, and cutting debris.

Why Choose the Bodor C6 12kW:

Maximum Productivity: High-speed cutting combined with powerful 12kW output significantly reduces production cycles.

Precision on Thick Materials: Clean edges and minimal post-processing even on heavy-gauge metals.

Industrial Reliability: Engineered for continuous operation in demanding manufacturing environments.

Optimized Workflow: Automation features reduce labor input and increase operational efficiency.

Long-Term Investment Value: Energy-efficient performance and durable construction ensure sustainable productivity.

The installation of the Bodor C6 12kW fiber laser cutting machine in Ebavere, Estonia strengthens local manufacturing capabilities and delivers advanced metal cutting technology tailored for modern industry needs.

High-Precision Full-Electric CNC Bending Solution for Automated Production

In 2026, a modern Full-Electric CNC Bending Machine 4000mm, 100T integrated with a Robotic Workstation was successfully implemented in Mažeikiai, Lithuania. This project represents a strategic investment in automation, energy efficiency, and high-precision sheet metal bending technology.

Full-Electric Servo Technology – Accuracy, Clean Operation, and Efficiency

The full-electric servo-driven press brake eliminates traditional hydraulic systems and provides:

– exceptional bending accuracy and repeatability;

– precise control of force, position, and speed;

– significantly reduced energy consumption;

– quiet and clean operation without hydraulic oil;

– lower maintenance requirements.

With a working length of 4000 mm and a bending force of 100 tons, the machine is capable of processing a wide variety of sheet metal components, from thin precision parts to medium-thickness structural elements.

Advanced 8+1 Axis Control System

The press brake is equipped with an advanced 8+1 axis configuration (Y1, Y2, Z1, Z2, X, R, S1, S2) for complex bending operations:

– Y1/Y2 ensure synchronized ram movement and precise angle control;

– Z1/Z2 allow independent lateral positioning of backgauge fingers;

– X axis controls backgauge depth;

– R axis manages vertical adjustment;

– S1/S2 axes support additional programmable movements for complex parts;

– +1 axis enables crowning compensation or integration of auxiliary systems.

This configuration allows efficient multi-stage bending of complex geometries with minimal setup time and maximum stability.

Integrated Robotic Bending Workstation

The Robotic Workstation transforms the CNC press brake into a fully automated bending cell. The system includes an industrial robot for automatic loading, positioning, and unloading of workpieces, fully synchronized with the CNC controller.

Main advantages of the robotic solution:

– reduced manual handling;

– consistent bending quality;

– increased productivity;

– enhanced operator safety;

– capability for continuous multi-shift production.

This setup is ideal for medium and large batch manufacturing where repeatability and speed are essential.

Smart CNC Control and 3D Programming

The system features a modern CNC controller with:

– user-friendly touchscreen interface;

– 3D bending simulation;

– automatic bend sequence calculation;

– collision detection;

– CAD/CAM integration.

These tools reduce setup time, optimize material usage, and streamline the overall production workflow.

Energy Efficiency and Reduced Operating Costs

Full-electric technology consumes energy only during active bending cycles, minimizing idle power usage. The absence of hydraulic components reduces maintenance costs and supports environmentally responsible manufacturing.

Applications

The Full-Electric CNC Bending Machine 4000mm, 100T with Robotic Workstation is suitable for:

– electrical cabinet production;

– industrial machinery manufacturing;

– metal enclosures and housings;

– HVAC systems;

– construction metal components;

– metal furniture fabrication.

Automated Bending Cell for Modern Industry

The 2026 installation in Mažeikiai, Lithuania demonstrates a forward-looking approach to automated metal processing. By combining full-electric servo technology with robotic integration, this solution delivers a compact, intelligent, and highly efficient bending system designed to meet modern industrial production standards.

The Bodor C4 6kW is a compact yet highly capable fiber laser cutting system engineered for precision metal processing — now part of a project in Tukums, supporting efficient and flexible production needs.

Key Features:

6kW Fiber Laser Source: Provides stable cutting performance for carbon steel, stainless steel, aluminum, and other metals with excellent accuracy.

Compact C4 Series Design: Optimized footprint makes it ideal for workshops where space efficiency is important without compromising productivity.

High-Precision Auto-Focus Head: Automatically adapts to material type and thickness, delivering consistent cut quality across different jobs.

Intelligent Safety Systems: Integrated collision detection helps protect critical components and maintain smooth operation.

Modern Control Interface: Clear, intuitive software allows easy setup, monitoring, and operation.

Protective Enclosure: Ensures safe working conditions by isolating laser radiation and cutting byproducts.

Why Choose the Bodor C4 6kW:

Balanced Power and Precision: An optimal solution for both thin and medium-thickness metal cutting tasks.

Flexible Application Range: Suitable for a wide variety of production and custom fabrication requirements.

Operational Stability: Designed for dependable daily use with consistent cutting results.

Cost-Effective Performance: Efficient energy use and smart automation support reduced operating expenses.

Long-Term Value: A well-rounded laser cutting system that combines reliability, quality, and practical functionality.

The installation of the high-performance Bodor P6 12kW laser cutting machine in Maetsma marks a significant upgrade in precision sheet metal processing capabilities for the region.

Key technical specifications of the P6 12kW from the P series:

Working area: 6,100 × 2,550 mm

Laser power: 12,000 W (available options: 3/6/12/22 kW)

Maximum moving speed (non-cutting travel): 170 m/min

Maximum acceleration: 2.0G

Z-axis travel: 320 mm

Positioning accuracy: ±0.03 mm/m

Repositioning accuracy: approx. ±0.02 mm

Main features and functions:

One-second edge finding — rapid material edge detection for streamlined setup;

Visual collision avoidance — intelligent monitoring to prevent accidental impacts;

Active obstacle avoidance — stable operation during dynamic cutting processes;

Automatic nozzle changer — improved efficiency and reduced downtime.

The installation of the Bodor P6 12kW for our client in Estonia opens new possibilities for fast and accurate metal fabrication, enabling their production to reach higher levels of efficiency, precision, and operational reliability.

A project for implementing the Bodor M3 12kW laser tube cutting machine in the city of Rokiškis, Lithuania. The M3 series was selected to expand the customer’s production capabilities and enhance the efficiency of metal tube and profile processing.

Key Features:

12kW Fiber Laser

A high-power fiber laser ensures fast, stable cutting of both thin- and thick-walled tubes made from carbon steel, stainless steel, aluminum alloys, and other metals.

Four-Chuck System

The four-chuck configuration enables true zero-tail cutting, ensuring maximum material utilization with minimal waste.

High Capacity

The machine supports tube lengths up to 12 meters, diameters up to 356 mm, and weights up to 800 kg, allowing processing of a wide range of round and profile tubes.

Bevel Cutting

Bevel cutting up to ±45° enables the production of complex structural components and precise weld-ready parts.

Intelligent Automation

Simultaneous automatic loading and unloading increase throughput and reduce downtime between cutting cycles.

Precision Control

Positioning accuracy of 0.06 mm/m ensures consistent cutting quality throughout continuous operation.

Benefits:

Maximum Productivity

High laser power combined with intelligent automation significantly reduces processing time and increases overall output.

Material Efficiency

Zero-tail cutting dramatically reduces material waste, lowering the cost per batch.

Expanded Capabilities

A wide range of supported tube shapes and dimensions allows execution of both standard and highly customized projects.

Cost-Effective Operation

Energy-efficient laser design and minimal secondary processing help reduce operating costs.

Reliable Performance

The machine is engineered for long-term performance under heavy industrial workloads, delivering stable, repeatable quality with minimal maintenance.

Why Choose the Bodor M3 12kW:

The project in Rokiškis highlights the advantages of integrating advanced Bodor equipment: exceptional power, precision, and automation provide the customer with enhanced production capabilities and a stronger competitive position in the metalworking market.

The Bodor H14 with 30 kW fiber laser power and Bevel 3D cutting capability has been successfully installed in Klaipėda, Lithuania. This advanced machine is designed for ultra-large sheet processing, delivering outstanding performance in heavy-duty metal fabrication across the Baltic region.

Key Features:

• 30 kW Fiber Laser Power – ensures fast and precise cutting of extra-thick materials such as carbon steel, stainless steel, and aluminum, supporting industrial projects where productivity and accuracy are critical.
• Bevel 3D Cutting – creates angled edges (A, V, Y, X, K types) directly during the cutting process, eliminating additional machining for welding preparation and saving production time.
• Large-Format Capability – supports oversized sheets with extended table lengths, ideal for shipbuilding, construction, heavy machinery, and large-scale metal structures.
• Stable and Durable Build – lightweight yet rigid honeycomb aluminum beam minimizes thermal deformation, while the reinforced frame ensures reliable operation under continuous heavy loads.
• Smart Automation – automatic edge detection, collision prevention, and intelligent nesting software optimize material usage and enhance operator safety.

Why Choose the Bodor H14 30 kW Bevel 3D:

• Perfect for Baltic Industry Needs – well-suited for Lithuania, Latvia, and Estonia manufacturers working with thick metal plates and large components.
• Time and Cost Efficiency – bevel edges are ready in a single cut, reducing manual preparation and post-processing.
• High Productivity – maximum output with reduced waste and minimal downtime, ideal for competitive industrial markets.
• Trusted Global Brand – Bodor combines powerful hardware with smart software and local support, making it a reliable solution for long-term production.

This installation in Klaipėda represents a major upgrade in Baltic metalworking capabilities, offering local manufacturers access to world-class large-format laser cutting technology.

The installation of the high-performance Bodor P12 30kW laser cutting machine in Alytus marks the introduction of next-generation equipment for large-format sheet metal processing.

Key technical specifications of the P12 30kW from the P series:

• Working area: 12,500 × 2,600 mm
• Laser power: 30,000 W (available options: 12/24/30/60 kW)
• Maximum moving speed (non-cutting travel): 200 m/min
• Maximum acceleration: 2.8G
• Z-axis travel: 370 mm
• Positioning accuracy: ±0.05 mm/m
• Repositioning accuracy: approx. ±0.03 mm

Main features and functions:

• One-second edge finding — instant material edge detection and focus calibration for faster setup;
• Visual collision avoidance — intelligent system to prevent collisions;
• Active obstacle avoidance — ensures stable and reliable performance during cutting;
• Automatic nozzle changer — increases uptime and reduces maintenance interruptions.

The installation of the Bodor P12 30kW in Alitus provides new opportunities for processing large metal sheets with exceptional speed and precision, enabling local enterprises to achieve higher efficiency and reliability in their operations.

The 600t/6000mm CNC press brake is a high-capacity sheet metal bending solution built for precision and reliability. With a bending force of 600 tons and a working length of 6000 mm, it provides the strength and flexibility required for demanding industrial applications.

Equipped with a Delem controller (Netherlands), the machine ensures advanced CNC control, intuitive operation, and consistently accurate results.

Key features include:

• High bending force (600 t): Reliable performance for thick and large sheets.
• Long working length (6000 mm): Ideal for oversized components and complex projects.
• Delem CNC controller: Smart, user-friendly interface with advanced programming.
• Servo-hybrid synchronization: Guarantees precise, repeatable results in every cycle.
• Optimized speed modes: Fast approach (≈180–220 mm/s), accurate working feed (≈10–15 mm/s), quick return (≈160–200 mm/s).
• Robust construction: High stability and durability with minimized vibration.

The installation of the 600t/6000mm CNC press brake in Riga marks an important step for the region’s metalworking sector, delivering efficiency, accuracy, and long-term reliability in production.

The Bodor P3 6kW is a high-performance sheet metal fiber laser cutting machine designed to enhance efficiency and reliability in production. With its 6kW laser power, it delivers stable cutting quality, excellent precision, and the flexibility to work with a wide range of materials.

Key features include:

• One-second edge finding: Rapid positioning and focus calibration for quick job setup.
• Visual collision avoidance: Smart monitoring system to reduce downtime and protect equipment.
• Active obstacle avoidance: Ensures consistent performance and safety during operation.
• Semi-automatic nozzle changer: Simplifies maintenance and increases uptime.
• One-click processing: Streamlines batch cutting with minimal manual involvement.
• Anti-burning mineral casting: Provides vibration resistance, extends service life, and maintains high stability.

The installation of the Bodor P3 6kW in Mažeikiai opens new opportunities for efficient and precise metal processing, supporting the growth of modern manufacturing in the region.