Fiber Laser Cutting Laser Machine - Product Range
AMADA’s laser metal cutting machine range is world-renowned for its speed and precision in sheet metal cutting. In addition, our metal and laser steel cutting machine range enables you to maximise productivity and minimise production costs.
When it comes to a fiber laser cutting machine, your entire business is dependent on its reliability and efficiency. Every AMADA fiber laser machine comes with technical and servicing support so that your investment in AMADA machinery is secure.
Whether you’re an existing customer or looking at an AMADA laser metal cutting machine for the first time, contact us. We have a sheet metal and laser steel cutting machine range on display at both our Auckland and Christchurch locations. Get in touch with one of fiber laser machine specialists to see what’s on display near you.
- Laser Machines
- System Upgrade
REGIUS-AJe Series
Next level laser processing. The REGIUS fibre laser cutting machine integrates 3-axis linear drive, AMADA’s original Variable Beam Control technology, the new Laser Integration System (LIS) functions and easy operation.
VENTIS-AJe Series *(LBC Technology)
High processing speed, and unrivalled cutting quality. The VENTIS-AJe is the biggest innovation in sheet metal cutting and introduces the next generation of fibre laser processing machines.
ENSIS-AJe Series
Ideal for a wide range of different materials and thicknesses. Available with 3, 6, 9 and 12kW engines developed by AMADA using 3 and 4kW diode modules, the ENSIS-AJe range considerably increases your production capacity.
ENSIS-3015RI
Flat, tube, channel and angle profile processing, all with a single laser machine. The fibre laser tube cutting machine ENSIS-RI can process round, square and rectangular tubes as well as channel and angle profiles.
ORSUS-3015AJe
High quality processing across a wide range of material types and thicknesses. The ORSUS laser is designed for efficient one-lens operation, high-speed piercing, and fast processing through precise beam shape control.
BREVIS-1212AJ
An all-around Fiber Laser Machine. Introducing a compact fiber laser machine like never seen before. BREVIS is an all-around fiber laser machine that meets customer needs for cutting a wide range, from thin-to-thick materials.
CREST3015 Pallet Changer
CREST is a space-saving pallet changer for laser machines that effectively utilises the space above the machine. Able to process 5 sheets consecutively.
Fork Pallet Changer (ASF/ASFH)
Shortest cycle time consistent with high-speed fiber laser cutting (ASFH). Long continuous operation with a stack of materials on the single-pickup unit.
Pallet Changer (AS)
Long continuous operation is achieved with 10 shelves of processing pallets (a maximum of 15 pallets). Pop-up ball transfers facilitate the setting of worksheets and the sorting of parts. Micro-jointless processing is achieved.
Manipulator (MPL)
Long continuous operation and easily connected. The fork unit automatically unloads and stacks processed worksheets. The second station makes it easy to process manually inserted worksheets.
Shuttle Table (LST)
Continuous operation is enabled by offline setup with two processing pallets. Pop-up ball transfers facilitate the setting of worksheets and the sorting of parts. Microjoint-less processing is achieved.
Automated Material Storage & Retrieval System (MARS)
The MARS system allows for 24-hour operation. The number of rows and columns can be designed freely to meet specific shop spaces.
Large Format Laser Cutting systems
- Large Format Laser Cutting Systems
- System Upgrade
ENSIS-6225AJ
Able to process larger sheets, or multiple sheets in a large cutting area. Available in 6 and 9kW variants, with all powers able to cut up to 25mm mild steel, stainless steel and aluminium.
LC VALSTER-6225AJ G
A rugged machine body designed for large plate processing. Available in 6 and 10kW variants, with both options featuring 6200mm x 2580mm maximum processing size.
CREST3015 Pallet Changer
CREST is a space-saving pallet changer for laser machines that effectively utilises the space above the machine. Able to process 5 sheets consecutively.
Fork pallet changer (ASF/ASFH)
Shortest cycle time consistent with high-speed fiber laser cutting (ASFH). Long continuous operation with a stack of materials on the single-pickup unit.
Pallet changer (AS)
Long continuous operation is achieved with 10 shelves of processing pallets (a maximum of 15 pallets). Pop-up ball transfers facilitate the setting of worksheets and the sorting of parts.
Manipulator (MPL)
Long continuous operation. The fork unit automatically unloads and stacks processed worksheets. The second station makes it easy to process manually inserted worksheets.
Shuttle table (LST)
Continuous operation is enabled by offline setup with two processing pallets. Pop-up ball transfers facilitate the setting of worksheets and the sorting of parts. Microjoint-less processing is achieved.
Automated Material Storage & Retrieval System (MARS)
The MARS system allows for 24-hour operation. The number of rows and columns can be designed freely to meet specific shop spaces.
Laser Steel Cutting Machine - FAQs
A fiber laser cutting machine emits a high-powered laser beam to cut through or etch specific designs on various materials. In the metalworks industry, one may seek a laser steel cutting machine or for other materials such as aluminium. The fiber laser machine is used in a wide range of industries and applications, particularly for designing and precision cutting. In New Zealand, common use cases for a fiber laser cutting machine by metal manufacturers range from construction to cabinets.
Every new product from the AMADA laser metal cutting machine range comes with a computer numerical control (CNC). This visual interface allows you to design and automate the cutting process with the utmost precision and requirements. You can control laser beam intensity and other parameters on your laser steel cutting machine depending on the source material. Moreover, our CAD (computer-aided design) software makes sheet metal cutting cost-effective by negating any design flaws at the concept phase.
If you’re wondering how the fiber laser machine got its name, it’s precisely because of the optical fiber laser technology. The laser beam is generated from an optical fiber doped with rare-earth elements such as ytterbium (Yb) or erbium (Er). This combination amplifies the laser beam to generate enough energy through to the cutting point. One of the core benefits of a laser steel cutting machine is the exceptional beam quality. This equates to unrivalled precision cut path, higher cutting speed, and productivity compared to other laser technologies on the market.
In summary, the fiber laser cutting machine is the optimal choice in the metal cutting industry. More specifically, an AMADA laser metal cutting machine not only offers increased productivity and precision but also consistency and durability.
With a global presence and experience dating back to the 1940s, we’re a clear leader and innovator in the industry. Every AMADA laser metal cutting machine is designed to be at the forefront of its application category. Recently, part of that innovation has led to the introduction of the “4e” concept, ease, efficiency, environment, and evolution. Each component aims to address the key issues of sustainability, particularly human and environmental issues facing fiber laser machine users. Here are some of the key features and benefits of an AMADA laser steel cutting machine:
Easy operation for anyone to use is a prominent feature of the AMADA fiber laser machine. The AMNC unit features startup inspection guidance and production history to easily track faults and make adjustments.
Unmatched efficiency is another benefit of choosing an AMADA fiber laser cutting machine. Automated operations related to laser processing reduce operator variation and waiting time. Features like processing defect detection, nozzle condition monitoring, and head interference detection support stable processing and increased productivity.
Environmental considerations and sustainability in production is another key component of the AMADA fiber laser cutting machine. Fiber laser technology can significantly reduce power consumption while delivering better results when compared to traditional CO2 lasers. Other sustainability-focused features of our fiber laser machine range include CO2 emission reporting functions and machine downtime detection.
Throughout decades, AMADA has been a leader in the evolution of laser steel cutting machine technology. From the high brightness oscillator to LBC technology, and the new AMNC4ie system, they all promote high-quality and fast processing. A well-built laser metal cutting machine also reduces maintenance costs, enabling operation with low running costs.
AMADA machines are recognised globally as one of the industry leaders in laser metal cutting machine technology. Primarily due to great energy efficiency, which leads to lower operating costs, and automatic nozzle centring for job shops with low-volume and high-mix production.
More specifically, every laser steel cutting machine in our range is designed to meet the needs of a variety of job shops in New Zealand.
- The BREVIS-1212AJ fiber laser machine is compact and user-friendly for workshops with limited floor space.
- The ORSUS-AJe fiber laser cutting machine offers unrivalled cost-to-performance.
- The VALSTER-AJ laser metal cutting machine is made for heavy-duty manufacturing.
- The ENSIS-AJe laser steel cutting machine is the most versatile.
- The VENTIS-AJe fiber laser machine offers a premium finish and is highly efficient.
- Lastly, the REGIUS-AJe fiber laser cutting machine offers high-speed and large-scale manufacturing to meet the demands of large workshop manufacturing.
So the answer about the best laser metal cutting machine depends on what you’re specifically looking for.
