MACRO™ NOVA - Auto Change Table - CHOOSE YOUR KW

DESCRIPTION

The MACRO Nova is our highest-performance fibre optic laser cutting machine, engineered for extreme production environments and uncompromising workloads. Built on an exceptionally heavy-duty structure and equipped with premium-grade components throughout, Nova is designed to cut hard, run fast and operate continuously all day, every day. Its high-production dual-table system maximises uptime, while simple, intuitive operation keeps output efficient without adding complexity. Installed and commissioned by MACRO’s expert technicians and supported by lifetime aftersales support, Nova is the ultimate solution for businesses that demand maximum throughput, durability and long-term reliability. 

Features & Benefits:

• Lifetime Aussie service + technical support
• High production machine – continuous running
• High quality, heavy duty structure
• Simple, easy-to-use software
• Fume extraction and filtration
• Large viewing screens
• Complete technician installation
• Super high accuracy
• High acceleration speeds
• 24” monitor with keyboard + mouse
• Easy to clean waste draw
• Max positioning speed of 140,000mm per minute!

SOFTWARE

CypCut sheet cutting software is an in-depth program for fiber laser cutting machines. It simplifies complex CNC machine operation and integrates CAD, Nest and CAM modules in one. From drawing and nesting to workpiece cutting, everything can be done in CypCut in just a few quick clicks.

• Microsoft Windows–based controller interface.
• Automatic optimisation of imported drawings.
• Concise parameters setting: Micro Joint, lead, cooling point, compensate, Bridge, Measure, Fillet, Release.
• Powerful editing tools for large-scale or bulk modifications.
• Feasible control bar for processing: It supports floating coordinate system and workpiece coordinate system. It not only meets the demand of flexible production but also facilitates mass production.
• Abundant local statistics.
• Accurate tracking-edge assistance supports Photoelectric edge searching and Capacitor tracking edge.
• Real-time frequency and power curve - laser radiation is automatically adjusted according to the speed of movement of the cutting head.
• Rectification of deviation or offset from the dual-drive gantry.
• Provides common drawing functions (similar to AutoCAD).
• Supports multiple files formats such as AI, DXF, PLT, Gerber and LXD, accepts international standard G codes generated by Master Cam, Type3 and other software and automatically optimises when external files such as DXF are opened/imported, saving time and efficiency.
• Standard material library.
• Rich process layer interface: Up to 16 layers and each layer can be individually set including cutting speed, laser power, air pressure, cutting height and other process parameters.
• Simple software: Quick, easy and intuitive to learn.

SPECIFICATIONS

• Motors & Drive System: Yaskawa Servo Motors
• Electrical Data: 3-Phase
• Dual-table exchange system
• Controller Hardware: 24" screen, keyboard and mouse
• CNC Controller Interface: Windows
• Nesting Software: Cypcut
• Fume Control: Suction Filter System
• Effective Cutting Width (mm): 1524mm
• Effective Cutting Length (mm): 3100mm
• Floor Space (m): L 9.2M x W 3.4M
• Acceleration Speed: 0.8-3.0G
• Laser Capacity: 6kW, 12kW, 20kW, 30kW
• Cutting Head: BOCI
• Cutting Torch: BOCI
• Wi-Fi: Compatible
• Remote Diagnosis: Compatible
• Warranty: 2 Years 

FAQs

What is an auto change table in a fiber laser machine?

An auto change table is a dual-table system that allows one table to be loaded while the other is cutting. In a fiber laser machine, this reduces idle time and keeps production running more efficiently between jobs.

How does the auto exchange table improve productivity?

An auto exchange table improves productivity by minimising downtime between cuts. While one sheet is processed, the next can be prepared, allowing continuous workflow and helping increase throughput in a fiber optic laser cutting machine environment.

Is the Nova model suitable for high-volume production?

Yes, the Nova is designed for high-volume production. As a high-performance system, it supports continuous operation, high output and consistent results, making it suitable for industrial environments with demanding workloads.

What kW options are available for the MACRO Nova?

Nova is available in power options ranging from 6 kW up to 30 kW. Higher power levels enable faster cutting speeds and the ability to process thicker materials, supporting increased productivity in demanding production environments.

Can the Nova machine run unattended?

Yes, the Nova can run unattended for periods when set up correctly. Its dual-table system supports continuous operation, although operator oversight is still recommended to ensure safe and consistent performance during longer production runs.

What materials can the MACRO Nova fiber laser cut?

The Nova can cut a range of metals including mild steel, stainless steel and aluminium. It delivers high-speed, high-accuracy cutting across both thin and thick materials.

How does Nova compare to standard single-table machines?

MACRO Nova offers significantly higher efficiency than single-table machines. Its dual-table design reduces downtime and supports continuous operation, allowing greater output and improved workflow compared to traditional single-bed systems. 

What industries should use auto table fiber lasers?

Auto table fiber lasers are suited to industries with high production demands such as fabrication, manufacturing and automotive. These systems help improve efficiency, reduce bottlenecks and support consistent output across repetitive or large-scale jobs.

Does the Nova reduce labour costs?

Yes, Nova can help reduce labour costs by automating material handling and reducing manual intervention. This allows operators to focus on other tasks while maintaining production, improving overall efficiency across the workflow. For a clearer understanding of potential savings, you can speak with our team. 

What maintenance is required for dual-table systems?

Dual-table systems require routine maintenance including cleaning, inspection and servicing of moving components. Compared to manual systems, they add mechanical complexity, but when maintained properly, they deliver reliable performance in high-output environments.