ARG 260 S.A.F.

Manufactured by PILOUS, the ARG 260 S.A.F. is a hydraulic semi-automatic bandsaw designed for continuous workshop and industrial use. Developed from the long-established ARG 250 platform, this upgraded model increases cutting capacity to 260 mm while introducing a fully integrated hydraulic cutting cycle for higher productivity and operational efficiency.

It is engineered for metalworking facilities that require repeatability, durability and improved workflow without investing in full CNC automation.

Overview

The redesigned bandsaw arm features an advanced casting with internal cavities that house wiring and coolant lines, protecting them from external damage while enhancing overall structural rigidity.

Larger diameter running wheels reduce blade bending stress, ensuring:

• Extended blade lifespan
• Higher cutting precision
• Reduced vibration
• Stable tracking during heavy-duty cuts

With a single press of a switch, the machine performs a complete cutting cycle:

• Hydraulic material clamping
• Blade and cooling activation
• Controlled hydraulic feed into the cut
• Automatic blade and cooling stop
• Arm uplift to preset position
• Vice unclamping

This semi-automatic sequence significantly increases cutting efficiency in repetitive operations and larger series production.

Key points

• Hydraulic semi-automatic cutting cycle
• Increased cutting capacity up to 260 mm
• Redesigned high-rigidity arm construction
• Hydraulically controlled blade feed
• Frequency converter: 15–90 m/min blade speed
• Mitre cutting range 90°–60°
• Massive quick-clamping vice system
• 500 mm hinged material stop included
• Automatic blade tension and break monitoring
• Integrated cooling system with adjustable flow
• Manual operation mode available

The ARG 260 S.A.F. balances automation and mechanical robustness for demanding environments.

Technical advantages

Industrial hydraulic performance

The high-performance hydraulic unit ensures consistent cutting pressure and smooth feed control. Vice pressure can be adjusted according to material type, improving clamping stability and cutting accuracy.

The hydraulic feed mechanism enhances efficiency, particularly when cutting:

• Solid materials
• High-strength steel
• Stainless steel
• Larger production batches

Frequency-controlled cutting optimization

Blade speed is continuously adjustable between 15 and 90 m/min via integrated frequency converter. This enables precise adaptation to various materials and directly contributes to:

• Improved surface finish
• Reduced blade wear
• Extended service life

Structural stability

The machine framework consists of grey cast iron castings combined with a massive base and reinforced arm turning system. This ensures:

• Excellent vibration absorption
• Stability during heavy workpiece processing
• Long-term dimensional accuracy

Safety and monitoring

The machine automatically monitors blade tension and shuts down immediately in case of blade breakage, preventing damage and enhancing operational safety.

Applications

The ARG 260 S.A.F. is suitable for:

• Fabrication workshops
• Continuous production facilities
• Maintenance departments
• Structural steel processing
• Serial cutting of bars and profiles
• Stainless and tool steel applications

Its semi-automatic cycle makes it ideal for medium to high production volumes requiring efficiency and repeatability.

Why choose the ARG 260 S.A.F.

If your facility requires:

• Reliable semi-automation
• Increased cutting capacity
• Adjustable blade speed
• Hydraulic cutting precision
• Industrial-grade durability
• Reduced operator workload

The ARG 260 S.A.F. offers a robust and efficient solution positioned between manual hydraulic systems and fully automatic CNC machines.

Within ANATECO’s portfolio, this model serves as a strong semi-automatic industrial option for professional metalworking operations demanding productivity and precision.

ACCESSORIES

Workpiece stop – Standard equipment

Robust stop with a 500mm scale for setting the required length of the material to be cut.

Frequency converter – Standard equipment

Enables continuous blade speed regulation between 15–90 m/min. and thus setting the optimum cutting conditions for the given material.

Hydraulic pressure device HVP

Used to clamp bundles of material to be cut. Ensures reliable clamping by hydraulically controlled vertical contact pressure working within the machine’s cycle.

Material chute KL

Continuously joins the vice behind the cut and allows for easy slide of cut pieces into a container when cutting larger series. The chute construction consisting of 2 parts prevents leakage of the coolant.

Halogen lamp LA

Provides good lighting of the workplace of the machine. An invaluable tool especially when the lighting at the workplace is insufficient.

Oil mist lubrication MM

Creates an oil mist that is sprayed onto the cutting edge. It replaces the use of a classic coolant, especially when cutting sections during which leakages may occur. Possibility of using organic oils.

Laser alignment LS

High-quality industrial laser projects the cutting line on the material to be cut. Makes the setting of the required material length simpler, faster and more accurate.

Cleaning brush KDM

Steel cleaning brush, driven by driving wheel. Used to remove chips from the saw band behind the cut.

Saw band tension indicator CD

Ensures accurate tensioning of the saw band to a required value according to the pressure gauge and its control during the use of the machine. Optimum tensioning of the saw band is essential for its service life and cutting accuracy.

Rinse spray gun OPL

For cleaning working space of the machine.

Electronic arm uplift height setting

On a standard machine, the arm uplift height is adjusted manually on a scale located on the machine’s joint. This version is fitted with a sensor on the machine’s joint. If you set the desired arm uplift height before serial cutting in manual mode, the set arm uplift height is stored in the machine memory after switching the machine to semi-automatic mode. After the workpiece is cut, the arm is automatically raised to the set arm uplift height.

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