Blades are vital for a clean, precise cut. Our experts diagnose and fix:

• Dull or dull blade: It causes uneven cuts and excessive engine strain, reducing operating efficiency.
• The blade does not rotate or rotates with difficulty: Possible engine, transmission, or jammed cutting system problem.
• Excessive vibrations during cutting: It may indicate a poorly adjusted, damaged, or unbalanced blade.
• Uneven wear of the saw blade: It affects the quality of the cut and the life of the equipment.

The engine is the heart of your ARC cutter. Our technical team solves:

• The machine does not turn on: Complete diagnosis of switch, contactor, wiring, start capacitor or main motor.
• Loss of power or irregular speed: Brush wear, winding failure or power supply problems.
• Strange noises or engine overheating: Indication of damaged bearings, faulty fan, or excessive stress.
• Faulty switches, pushbuttons or selectors: They affect the operational control of the machine.
• Problems with the control panel or electronic board: In advanced models with automated systems.

Critical system that transfers power from the engine to the blade. We solve:

• Broken, worn, loose, or noisy belt/chain: The blade does not rotate, slips or generates abnormal noises during operation.
• Gears or pinions damaged, loose or lacking lubrication: Metallic noises, jams, or irregular power transmission.
• Gearbox failure: Loss of cutting force, oil leaks, abnormal noises or blockages.

Essential components that ensure optimal functionality and maintenance:

• Push cart/product platen stuck, loose, or moving unevenly: Requires professional cleaning, lubrication, adjustment of guides, bearings or bushings.
• Defective or inaccurate thickness regulator plate: Difficulty selecting or maintaining slice thickness accurately.
• Built-in sharpener not working properly: Worn sharpening stones, misaligned mechanism, or faulty sharpener motor.
• Failure of the automatic advance mechanisms or pneumatic/hydraulic pushers: In automated models that require pressure systems.
• Broken or worn cranks, knobs or levers: They affect the manual control of the machine.

• Flywheels (Pulleys): Precise alignment, contact surface condition, flywheel bearings, and dynamic balancing.
• Belt Tension System: Spindles, springs, tension indicators. Incorrect tension seriously affects the cutting and lifespan of the tape.
• Sheet Guides (Upper and Lower): Precision bearings, guide pads (carbide, ceramic). Critical adjustment for belt stability.
• Belt and Flywheel Cleaners: Specialized scrapers to remove residue and extend component life.
• Security Systems: Limit switches, belt guards, motor brakes and emergency stop systems.

• Cutting Deflector: Millimetric adjustment and condition for correct detachment of the slice with uniform thickness.
• Product Pusher (Articulated Arms, Pressers): Smooth operation, proper pressure, condition of the claws or contact surfaces.
• Integrated Sharpening System: Mechanism for approaching the grinding wheels, condition of the grinding wheels and seating them at specific angles.
• Sliding Plate and Bearings: Minimal wear, need for specific lubrication for optimal sliding without clearances.
• Safety Microswitches: Correct operation of the lid sensors, blade guard, and emergency systems.
• Control Panel (on automatic models): Pushbuttons, program selectors, digital displays and control systems.

• Blade Sets (Horizontal and Vertical): Precision sharpening, exact timing, detection of damage or uneven wear.
• Cutting Grids: Structural condition, deep cleaning, detection of obstructions or deformations that affect uniformity.
• Push Pistons and Pneumatic/Hydraulic Systems: Leak detection, working pressure verification, cylinder and valve status.
• Feeding Augers (if applicable): Blade wear, jam detection and mechanism lubrication.
• Exit Conveyor Belts: Condition of the belt, rollers, belt motor and tension systems.