For both ferrous and nonferrous metals, Inducto-Pour Pressure Pour Induction Systems:
	Combine a microprocessor-based control with a closed-loop, pressurized "teapot" furnace to bottom pour with continuous accuracy
	Utilize induction power to hold metal at precise pouring temperature
	Reproduce programmed pouring rates for any sequence of mold weights

 

For automatic pouring of treated ductile iron and other ferrous metals when holding is not required, Inducto-Pour VISIPOUR Systems:

• Incorporate a vision-based computer control system with automatic learning capabilities
• Are designed for maximum production rates and high metal volume throughput
• Provide real time vision control with remote joy stick backup

ADVANCED COMPUTER CONTROLS

PRESSURE CONTROL

• Closed loop electro-pneumatic control maintains accurate pouring
• Variable flow rates

TEACH CONTROL

• Teach control accurately repeats pour pattern for any number of molds
• Precise control over pouring rate
• Maintains flow rate

VISION CONTROL

• Ensures accurate automatic pouring
• Instantly provides variable metal flow rates
• Automatically maintains optimum pouring efficiency - all without operator attention
• Precisely positions the pouring nozzle above the sprue
• Eliminates quality-robbing underpours and wasteful overpours
• Adjusts automatically to many mold changes

 

For ferrous metals, Inducto-Pour Pressure Pour Visipour Systems:

• Integrate a pressure pour furnace with a microprocessor-based vision control and stopper-rod to maximize pouring precision, consistency, and speed
• Hold metal at precise pouring temperature with induction power
• Permit late stream inoculation

INDUCTO-POUR Advantages:

• Superior accuracy in pouring up to 500 molds per hour
• Guaranteed computer-controlled repeatability
• Maximum mold yield
• No metal waste
• Precise pouring temperature
• Optimum casting quality
• Pouring even during charging
• Teach mode operation
• Hydraulic tilting for ease of maintenance
• Conformity to any indexing or continuously moving mold line
• Increased utilization of mold line
• An affordable means of upgrading technology on a incremental basis