Icaro Rebar Cutting Machine, 38mm, 5.5HP, Made in Italy - C38

Heavy-Duty Rebar Cutter 38mm

The Icaro C38 is a premium mechanical iron bar cutter precision-engineered and manufactured in Italy for demanding construction and industrial metalworking environments. Driven by a highly resilient 4 kW (5.5 HP) industrial electric motor, this machine delivers an exceptional balance of speed and sheer mechanical power, executing swift cold cuts in under one second at an operational speed of 55 RPM. Its heavy-duty internal reduction system features a specialized monoblock nodular cast iron structure optimized to completely eliminate structural vibrations and provide a deeply stable platform for heavy metalwork.

Designed for maximum multi-bar efficiency and job-site versatility, the C38 safely manages high-volume throughput across various material tensile strengths. It can effortlessly slice through a single low-tensile bar up to 38 mm (or three 28 mm bars simultaneously), a single medium-tensile bar up to 30 mm, and high-strength structural iron up to 28 mm. Precision and operator safety are core to its design, incorporating a highly responsive dual operation control system alongside an adjustable prism stabilizing bar for slip-free rod alignment. To drastically minimize long-term operational consumable costs, the machine utilizes a premium 2.5 liter oil capacity gearbox to protect its internally balanced gears and comes outfitted with 4-edge reversible hardened steel blades that can be rotated four separate times before requiring replacement.

Key Features & Benefits:

• High-Volume Multi-Bar Capacity: Mechanically optimized to execute high-speed cold cuts in under one second, effortlessly processing single medium-tensile rebars up to 30 mm or maintaining consistent, burr-free dimensional precision when slicing through three 18 mm bars simultaneously to accelerate production timelines.

• Industrial Heavy-Duty Motor: Driven by a highly resilient 4 kW (5.5 HP) electric motor designed to operate consistently on a 230–400V power supply, ensuring continuous, high-torque output without overheating during long operational shifts at demanding construction sites.

• 4-Edge Reversible Steel Blades: Outfitted with specialized hardened steel blades meant exclusively for heavy cold-working applications. The ingenious square design allows the cutting blades to be rotated up to four separate times as edges wear down, drastically reducing consumable replacement costs.

• Monoblock Cast Iron Chassis: The entire mechanical drive assembly is housed within an extremely rugged 260 kg nodular cast iron body. This advanced casting guarantees complete interchangeability of internal components, completely eliminates structural vibrations, and provides a deeply stable platform for heavy metalwork.

• Optimized Mechanical Balancing: Advanced structural calculations have enabled a perfect mechanical balance between the flywheel's inertial force and the internal reduction gears, ensuring optimal power distribution and extending the lifespan of internal moving parts.

• Enhanced Precision Machining: High-quality machining of the internal structure ensures much tighter tolerances, which actively reduces internal gear friction and significantly increases cutting performance relying on the exact same motor power.

• Adjustable Prism Stabilizing Bar: Incorporates a highly secure, adjustable prism alignment bar that firmly locks iron rods into a precise cutting position, actively preventing undesirable shifting, rolling, or slipping to ensure pinpoint accuracy across various rebar diameters.

• Dual Operation Control System: Grants operators absolute flexibility and improved ergonomic positioning by offering two independent activation methods: a highly responsive foot-pedal system and a traditional manual hand-lever to facilitate continuous control during repetitive cutting cycles.

• Certified Safety Interlocks: Strictly adheres to industrial safety standards by integrating highly responsive interlock guarding systems, which instantly disable the cutting mechanism if safety covers are breached or improperly secured during active operation.