Overview
The Mod. 370 and 420 SA 60° are semiautomatic machines designed for cutting medium-sized solid and structural pieces with a cutting capacity of up to 60° right. These machines are ideal for companies manufacturing small to medium quantities, offering high precision and reliability.

Cutting Cycle
The cutting cycle includes vice locking, quick bow pull-down, blade rotation, cooling liquid start-up, working pull-down, end of cutting cycle, stop of blade rotation, quick bow lift-up, and vice unlocking if selected.

Technical Specifications

• Basement: Welded and standardized structure.
• Bow: Made in cast aluminum, mounted on conical roller ball bearings.
• Vice and Bow Support: Made in spheroid cast iron, mounted on axial ball bearings with cylindrical rollers.
• Reducer Unit: Consists of hardened and round gears.
• Blade Tension: Mechanical, controlled by limit switch.
• Blade Guide: Adjustable WIDIA slide blocks.
• Hydraulic Unit: Includes a hydraulic cylinder for bow operations.
• Cutting Progress: Infinitesimal adjustment with adjustable working pressure.
• Safety: Double safety push buttons for cycle start-up.
• Electrical System: Low voltage according to CE norms.
• Finish: Embossed enamel, RAL 3001 red for the bow and RAL 7036 grey for the basement.

Standard Accessories

• 0 ÷ 500 mm arm with checking.
• Rollers for bar setting.

Optional Accessories

• Material in-feed/out-feed roller truck with graduated rule and manual stop length.
• Pressure reducer for vice.
• Hydraulically operated sliding movement.
• Dry cooling device.

Technical Data

• Cutting Speed: 35-70 m/1’.
• Working Surface Height: 830 mm.
• Blade Motor: 0.9-1.5 kW.
• Hydraulic Pump Motor: 1.1 kW.
• Coolant Electrical Pump: 0.37 kW.
• Dimensions: 1650x1400x1900 mm (370 SA), 1600x900x1500 mm (420 SA).
• Weight: 460 Kg.

Cutting Capacity

• 370 SA 60°: 170x170 mm at 60°, 90°, and 45°.
• 420 SA 60°: 170x170 mm at 60°, 90°, and 45°.

Recommended Toothing
Recommended bands are BIMETAL KOBALT M42, with specific tooth configurations based on material thickness and dimensions.