Oxy-fuel cutting with XFLARE

Efficient cutting for plates from 20 mm

Oxy-fuel cutting

Experience oxy-fuel cutting at the highest level with XFLARE: Thanks to automatic gas regulation and parameterization, you effortlessly achieve outstanding cutting results – even with thick plates. The low cutting costs per meter ensure maximum return on investment. The compact torch with integrated ignition offers maximum flexibility and is ideal for bevel cutting or beam processing.

Automatic
gas management

Integrated ignition &
flashback detection

Cutting with all
commongases

Slag detection &
height control

XFLARE

Benefits of oxy-fuel cutting

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All-in-1

The oxy-fuel cutting system comes preconfigured with an oxy-fuel torch, internal ignition, capacitive distance control, and automatic gas control unit.

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Quick start system

The XFLARE is ready for operation immediately via Plug & Play: simply connect oxygen and fuel gas and start after a short learning phase.

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Plates from 20 mm

Particularly cost-efficient when processing thicker materials from 20 mm.

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Fast process change

Accelerated workflow through quick setup time of under 10 seconds and automatic process detection.

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Automatic gas control

High cutting quality through automatic regulation of gas pressures. Preconfigured tables facilitate the selection of optimal process parameters – for safe and efficient operation.

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Probing & finding

With the integrated sensors, any components on the table can be easily located.

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Bevel cutting

Components can be precisely beveled using the 6-axis head.

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ISO quality

Precise cuts with minimal post-processing and long service life – all torches and nozzles comply with ISO 5172.

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Fast & efficient

High-performance nozzles and rapid cutting oxygen curtain nozzles increase cutting speed and improve performance.

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Unmanned production

The integrated sensors, process monitoring, and control enable largely autonomous operation, saving personnel costs and relieving your employees.

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Intuitive operation

The user-friendly software requires only minimal process knowledge and allows for easy program creation.

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High reproducibility

Precise cuts, minimal tolerances, and straight edges ensure consistently high quality.

Oxy-fuel cutting with XFLARE

In oxy-fuel cutting, a flame of oxygen and fuel gas is used to cut metals through oxidation. This process enables cost-effective cutting of thick plate thicknesses. Thanks to automatic gas pressure regulation, the pressure is kept constant and controlled within optimal parameters to ensure the highest cutting quality.

 

1. Ignition & preheating

The flame is automatically ignited in the torch by the integrated ignition system. Initially, local preheating of the workpiece to ignition temperature takes place.

 

2. Cutting process

The oxygen jet oxidizes the material, thus creating the actual cutting effect. The process is exothermic, meaning heat is generated, and the process remains active as long as the process gases flow.

 

3. Control & guidance

The XFLARE moves the torch at optimal feed rate along the workpiece contour. Simultaneously, the process parameters and distance are regulated to achieve the best cutting results.

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[mm]

Construction width max.
(XFLARE S-1: max. 1,000 m)

0

[mm]

Construction length max.
(XFLARE S-1: max. 2,000 m)

0

[mm]

Portal clearance max.

0

[mm]

Component thickness max.
(>60mm load capacity, see attachment)

XFLARE applications

At a glance:

  • 6-axis robot for bevel cutting
  • Type: FIT+ three Analog
  • Fuel gases propane (alt. acetylene) & oxygen
  • Straight cuts on steel plates up to 80 mm
    (observe maximum loading capacity)

Technology & equipment

Automated oxy-fuel cutting with XFLARE optimizes the cutting process through precise control of flame and gas supply. It ensures consistently high cut quality, especially for thick materials. Automation minimizes operator errors, increases efficiency, and reduces processing times, leading to overall higher productivity.

Technical data

XFLARE S-1

Dimensions:

3.500 x 2.000 x 2.800 mm

Dimensions:

Construction space:

3.500 x 2.000 x 2.800 mm

2,000 x 1,000 mm

Dimensions:

Portal clearance:

3.500 x 2.000 x 2.800 mm

approx. 560 mm

Dimensions:

Weight:

3.500 x 2.000 x 2.800 mm

1,600 kg

Dimensions:

Permissible area load:

3.500 x 2.000 x 2.800 mm

max. 2,000 kg

Dimensions:

Permissible point load:

3.500 x 2.000 x 2.800 mm

max. 500 kg

Dimensions:
3,500 x 2,000 x 2,800 mm

Construction space:
2,000 x 1,000 mm

Portal clearance:
approx. 560 mm

Weight:
1,600 kg

Permissible area load:
max. 2,000 kg

Permissible point load:
max. 500 kg

XFLARE L-1

Dimensions:

4,500 x 2,400 x 2,800 mm

Dimensions:

Construction space:

4,500 x 2,400 x 2,800 mm

3,000 x 1,500 mm

Dimensions:

Portal clearance:

4,500 x 2,400 x 2,800 mm

approx. 560 mm

Dimensions:

Weight:

4,500 x 2,400 x 2,800 mm

2,200 kg

Dimensions:

Permissible area load:

4,500 x 2,400 x 2,800 mm

max. 3,000 kg

Dimensions:

Permissible point load:

4,500 x 2,400 x 2,800 mm

max. 1,000 kg

Dimensions:
4,500 x 2,400 x 2,800 mm

Construction space:
3,000 x 1,500 mm

Portal clearance:
approx. 560 mm

Weight:
max. 500 kg

Permissible area load:
max. 3,000 kg

Permissible point load:
max. 1,000 kg

Would you like to learn more?

Request the technical specifications through our data sheet!

Test the XFLARE yourself!

Participate in an exclusive presentation where a qualified XFLARE technician demonstrates the comprehensive functionality of the machine. You have the opportunity to test the system live and see how it meets your requirements. You are welcome to provide your own drawings and materials for samples.

FAQs oxy-fuel cutting