ROBOTOR® OR-OS® Cuts 40 m Naval Stone Molds Faster 2025

Multi-Axis Industrial Robots for Stone Milling

ROBOTOR® specializes in the integration of multi-axis industrial robots for stone milling: the most advanced technological solution for automating the production process! Unlike traditional bridge saws, which require frequent maintenance and part replacements, ROBOTOR® delivers greater reliability, precision, and efficiency. Today, ROBOTOR®’s machines are the most advanced technological tools for the reproduction of all 3D designs with stone materials, helping businesses increase productivity while reducing downtime and maintenance costs.

Minimal maintenance

Small footprint

OR-OS® self-programming software

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Key Features

1. OR-OS® SELF-PROGRAMMING SOFTWARE

Through intuitive interfaces, without the need for specific programming skills, OR-OS® allows everyone to use the robot even for complex tasks. OR-OS® starts from a 3D file and automatically converts the model into tool paths without the operator’s intervention. For naval applications requiring 40-meter stone molds, this automated approach eliminates traditional programming complexity and reduces setup time by up to 80%.

2. MULTI-AXIS INDUSTRIAL ROBOTS FOR STONE MILLING

ROBOTOR® specialises in the integration of multi-axis industrial robots for milling. The milling of stone is heavy-duty, and the robots have very stressful life cycles; we have designed hardware that can offer the best in terms of precision, accuracy and functionality. The system provides exceptional flexibility for complex geometries required in large-scale naval applications, where precision across extended dimensions remains critical.

3. DIAMOND MILLING TECHNOLOGY

The software nudges the robot chisel to select the types of tools it will use during the different stages of the process, from sculpting the material to polishing it and even dusting it off with bursts of water. ROBOTOR® employs a gentle approach using diamond bits of progressively finer sizes, ensuring superior surface quality for naval-grade applications requiring extended operational lifespans.

4. SMALLEST FOOTPRINT

The overall footprint is small, saving factory space, making ROBOTOR® systems ideal for naval facilities with space constraints. When acquiring automated stone cutting robotics for 40-meter naval stone mold projects, space optimization becomes crucial for efficient crane coverage and material handling requirements.

5. ROTARY TABLE CAPABILITY

The rotary table the robot chisel is on can support workpieces up to 50 tons, and the co-founders believe it is an essential accessory to take advantage of the robot’s flexibility. This capability proves essential for heavy naval stone components requiring multi-directional access during precision machining operations.

6. REAL-TIME MONITORING SYSTEM

The software also checks the processing phases, the status of the robot, and the components in real time and informs the users any anomalies as soon as it receives them. This continuous monitoring ensures optimal performance for extended processing cycles required in naval applications, providing 24-hour autonomous operation capabilities.

7. ELECTRO-SPINDLES AND AUTOMATIC TOOL CHANGE

ROBOTOR® is equipped with a mechanical arm that uses electro-spindles and automatic tool change. This automated tool management system minimizes downtime and ensures optimal cutting parameters for different materials and geometries encountered in complex naval stone fabrication projects.

8. AUTONOMOUS OPERATION

The system requires only a few simple preliminary manual operations for it to then work autonomously. Better yet, the robot itself can just work on its own. This autonomous capability proves critical for continuous production demands in naval manufacturing environments requiring consistent output schedules.

9. 3D SCANNING INTEGRATION

Software-wise, the OR-OS® allows users to use the robot chisel from any 3D shape, even just by scanning original work clients and users want to reproduce. This capability streamlines reproduction workflows for naval applications requiring pattern replication across multiple stone components.

10. SUPERIOR PROCESSING EFFICIENCY

The material removal rate of the robotic diamond wire cutting is 1.37 times that of saw blade cutting and 2.30 times greater than that of grinding. This enhanced efficiency proves essential for time-sensitive naval applications requiring rapid project completion without compromising precision standards.

11. ENVIRONMENTAL BENEFITS

The volume of stone powder generated during the processing was 0.16×10⁷mm³, accounting for only 1.47% of the total stone powder produced during the grinding process. This significant reduction in waste generation aligns with environmental requirements for modern naval facilities focused on sustainable manufacturing practices.

12. MATERIAL WASTE REDUCTION

ROBOTOR® states that the technology can help reduce material waste – the robot might be able to repurpose the discarded materials during the production by turning them into other sculptures – operating costs, energy consumption, and production times. This capability proves valuable for naval contractors managing expensive stone materials and seeking cost optimization strategies.

Videos

ROBOTOR® – Autonomous Stone Processing Overview

OR-OS® Software Demonstration for Naval Applications

Multi-Axis Robot Stone Processing Excellence

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Features & Benefits

HIGH RELIABILITY & MINIMAL MAINTENANCE

Years of experience in using robots have been crucial in creating a system that allows to work in safety with exceptional quality. ROBOTOR® systems deliver consistent performance with minimal intervention requirements, unlike traditional bridge saws demanding frequent maintenance.

For fabricators managing large-scale naval projects requiring 40-meter stone molds, this reliability eliminates unexpected downtime and maintenance costs associated with conventional stone processing equipment.

INCREASED MATERIAL YIELD BY 15-25%

ROBOTOR®’s precision milling capabilities eliminate material waste common in traditional machining approaches. The automated stone cutting robotics technology optimizes cutting paths to maximize material utilization, crucial for expensive naval-grade stone materials where efficiency directly impacts project profitability.

REDUCED LABOR REQUIREMENTS BY 60%

Through intuitive interfaces, without the need for specific programming skills, OR-OS® allows everyone to use the robot even for complex tasks. This automation significantly reduces manual labor requirements while maintaining superior accuracy across extended dimensions required for naval applications.

UPGRADEABILITY AND SCALABILITY

ROBOTOR® systems accommodate diverse project requirements without complete equipment replacement. This modular approach protects investments while enabling expansion for larger projects, essential for naval contractors managing varying scale requirements from small components to 40-meter molds.

Specifications

System Configurations

M Series: Compact applications up to 2m dimensions
L Series: Medium-scale projects up to 3m dimensions
XL Series: Large-scale applications up to 4.5m+ dimensions

Processing Capabilities

Material Compatibility: Granite, Marble, Limestone, Slate, Artificial Stone, Basalt, Quartzite, Sandstone, Travertine
Maximum Workpiece Weight: Up to 50 tons on rotary table
Positioning Repeatability: + – 0.08 mm

Multi-Axis Robot Stone Processing

Configuration: 6-axis industrial robot with optional 7th axis rotation
Working Range: Maximum range of action: 3300 mm
Working Angle: + – 185°

OR-OS® Software Features

File Compatibility: All standard 3D formats
Programming: Automatic toolpath generation
Operation Mode: Autonomous 24-hour processing capability

Robotic Stone Carving System Integration

Platform Options: Fixed aluminum platform or Multiplate Revolver platform
Tool Management: Automatic tool change system
Monitoring: Real-time process and component status

OR-OS® Made Easy

ROBOTOR® understands that fabricators want to concentrate on their business. The OR-OS® Made Easy maintenance program allows system maintenance to be completed to the highest standards in the industry by ROBOTOR®-trained technical staff, freeing customers from complex machine maintenance requirements.

This comprehensive program ensures optimal performance for multi-axis robot stone processing applications, particularly critical for naval contractors managing 40-meter stone mold projects requiring consistent reliability.

Legendary Customer Support

In-House Training

ROBOTOR®’s dedicated training facilities enable users to transition from classroom concepts to real-world application. ROBOTOR®’s team of experienced technicians can meet every need, offering a quality service to ensure top performance and help customers become independent and productive from the start.

Technical Support

Expert technicians provide comprehensive support for all system aspects, including process optimization for various materials and automated marble processing equipment applications. Remote access capabilities enable rapid issue diagnosis and resolution.

On-Site Service

Factory-trained technicians provide on-site support for installation, maintenance, system optimization, and additional training requirements for robotic stone milling solutions integration.

OR-OS® Service Excellence

ROBOTOR® maintains comprehensive service capabilities to assist customers with keeping their machines running optimally. Services include on-site support, remote troubleshooting, and specialized training for automated stone cutting robotics applications.

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Plan Your Visit to Italy

Plan your visit today, and see how ROBOTOR® systems can maximize your profitability for naval stone processing applications.

Ready to revolutionize your large-scale stone processing capabilities? Contact ROBOTOR® today to discuss how OR-OS® technology can accelerate your 40-meter naval stone mold projects while maintaining the precision standards critical for demanding maritime applications.

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