Name: LC Valster AJ Series
Brand: Amada
SKU: Amada Middle East FZCO
Price: undefined undefined
Availability: InStock
Rating: 4.5 (10 reviews)

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LC-VALSTER 3015 AJ G_E144-HQ01en_202208 (1).pdf

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LC Valster AJ Series

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LC Valster AJ Technology

ENSIS-AJ Series.pdf

Energy saving, v-lot production, wide range fiber laser machine with process range expansion!

Thin to thick materials can be cut at low power

Fiber lasers were claimed to be advantageous in cutting thin materials. The ENSIS has expanded the thickness range of materials to be cut while retaining the characteristics of fiber laser to cut thin material. The conventional wisdom about fiber lasers is overturned by Amada’s original and latest beam control technology installed on the ENSIS.

ENSIS technology is based on the “Variable Beam Control” unit capable of fully controlling and modulating the laser beam. ENSIS-AJ not only controls the beam diameter and focal point but changes the beam mode according to the material and thickness to be machined.

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ENSIS-AJe Series

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Fiber laser cutting machine

VENTIS_catalog.pdf

VENTIS is a new laser system equipped with LBC Technology (Locus Beam Control) which allows to modulate the beam and control the movement of the laser beam, ensuring maximum efficiency based on the type of material and thickness to be processed.


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VENTIS-AJe Series

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World’s First Fiber Laser with LBC Technology

BREVIS AJ.pdf

BREVIS is an all-around fiber laser machine that meets customer needs for cutting thin-to-thick materials. 
It's a user-friendly machine that is compact and equipped with the latest features and can be used easily regardless of operator's experience.

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BREVIS-AJ Series

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All-around Fiber Laser Machine.  A compact fiber laser machine like never before

Full linear drive with beam control and autonomous functions.
Equipped with unprecedented ultra-high-speed processing with linear drive and a variety of support functions

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REGIUS-AJe Series

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Ultra high-speed 3-axis linear drive/Fiber Laser Cutting Machine

ENSIS 3015 RI.pdf

The Rotary Index is an integrated unit, allowing the cutting head to be positioned near the chuck—minimizing the dead zone. Bowed pipe or tubing can now be cut without vibration while maintaining accuracy from end to end.

The innovative design expands process range capabilities to cut a significantly wider variety of tubing and pipe. AMADA's ENSIS 3015 RI can process round, square, rectangle, C-channel, and angle iron, making it the most versatile Rotary Index laser cutting system available.

**Fiber laser machine for both flat sheets and tubes**

High-Precision Processing of Flat and Shaped Materials, 3kW Fiber Laser Cutting System with Rotary Index


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ENSIS-RI Series

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ENSIS 3015 RI Fiber Laser with Rotary Index

Model

- Cutting on thin to thick materials using unique optimum beam control
- Efficiency improvement by the energy-saving effect
- Remarkably small footprint by oscillator downsizing and built in the machine
- AMNC 3i Controller: The latest NC unit AMNC 3i can be operated quickly and intuitively as a smartphone. A large screen provides good visibility and can display many functions and information items.

ENSIS Technology

-  Equipped with WACS II system
-  Clean Fast Cut.
-  High Speed: 1-second clean pierce in 1″ plate
-  Industry's first - Infinite mode and diameter control combination
-  Up to 66% reduction in process time when compared to conventional fiber lasers at the same wattage

Key Evolution Factors

In Productivity mode - Realise a significant improvement throughput when cutting stainless steel and aluminium with nitrogen. And these performance levels, in tandem with lower energy consumption, can reduce processing costs by up to 75% in some instances.

Productivity mode

Quality mode - Improves the surface roughness and resultant dross levels. Cut quality is assured by reducing surface roughness by approximately 50% when compared with a conventional machine. And can eliminate secondary operations such as deburring and reduce processing costs.

Quality mode

Kerf Control mode enables long-term stable processing during automated system operation. By controlling the locus beam, the kerf width can be controlled to be 2.3 times wider than general fiber lasers. In fact, the system is able to control kerf width for optimal efficiency based on the material type and thickness being processed.

Kerf-Control mode

Shape of Tube/Structural steel

Linear drive technology provides very high point-to-point positioning speeds whilst also retaining the ability to provide very high accuracy, even at these increased speeds. Closed loop feedback ensures he accuracy remains consistent at all times.

The REGIUS-AJ also features intelligent head control which further improves the machine productivity by looking ahead to the next profile to be processed and calculating the most efficient motion.


Full 3-Axis linear drive

AMADA’s original Variable Beam Control Technology automatically adapts the laser beam mode incrementally to perfectly match the material and thickness being processed. The beam mode can also be instantly changed between piercing and cutting to bring the benefit of high speed piercing and increased productivity.

VARIABLE BEAM CONTROL TECHNOLOGY

The new Laser Integration System incorporates several autonomous features to allow the REGIUS to perform at the highest levels of efficiency with minimal operator input, allowing less skilled employees to be utilized.

The i-Nozzle checker has e automatic functions: Nozzle condition check, nozzle centring and beam condition check.

Three other LIS functions are i-Process Monitor, Automatic Collision Recovery and i-Optics Sensor.

LASER INTEGRATION SYSTEM (LIS)

ENHANCED FUNCTIONS
New features of the AMNC 3i Plus control, such as camera based on-screen nesting and screen sharing provide ease of operation and efficiency

Laser Machines