HTO 1/B

---

This Marmo Meccanica bridge saw is considered one of the work horses of the industry. This is one of the few bridge saws that has a double beam bridge holding the heavy duty 25hp motor. This machine sits very high with more than 6ft of clearance from the bridge to the floor. It also has very durable dual hydraulic cylinders for the lift capabilities and also comes standard with a rotating table that is lockable in any position. This machine is one of the most stout, heavy duty saws on the market, you will not be dissappointed!

ADVANTAGES OF THE HTO-1/B:
• Laser cutting guide for speed and accuracy
• Hydraulic tilt table for easy loading and unloading
• Cutting head tilts 0 to 90 degrees
• Heavy duty 25 HP direct drive cutting motor
• Cutting speeds of 3cm material (1 ¼” thick) 100 l/f per hour
• Machine capable of running in three modes. Manual, semi-automatic and automatic
• Helicoil gear drive which enables cuts to hold tolerance of .0001 of a inch
• Able to program up to 100 cuts at a time
• Overall height of beam on bridge saw is high enough for operator to walk under comfortably
• Control panel on swing arm contains ALL functions of the bridge saw. Making this saw very user friendly
• Rails for bridge and cutting head movement are oil lubricated and covered ensuring smooth movement and reduced wear
• Rotating table lockable in any position
• Over 3,000 saws in operation worldwide

SPECIFICATIONS OF THE HTO-1/B:
• Cutting Length: 142.5 inches (with standard disc case)
• Bridge Transversal Stroke: 138 inches
• Disc Vertical Stroke: 16 inches
• Disc Diameter: 14 inches-26 inches (up to 33 inches with supplementary disc case)
• Bench Dimensions: 118x63inches
• Moving And Cutting Speeds Adjustable By Inverter
• Water Consumption: 5 gallons/minute
• (with 14 inch disc)
• Approx. Machine Net Weight: 8800lbs
• Disc Electro-spindle Power: 25hp
• Total Footprint of Machine: 20 x 20 feet
• Electrical Requirements: 230v/3phase 60 amps
• Protected Oil Baths for Bridge Movement
• Adjustable cutting and movement speeds by means of an Inverter