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Bead storage system comes with bags for storing, and then transfers expanded beads to the foam pattern molding machine(s). Two different models are available, Automatic Valving and Manual Valving systems.
Foam Molding Machine MPH 80/35-A is used for producing foam replicas from pre-expanded polystyrene beads.
Foam Molding Machine MPH 80/60 is used for producing foam replicas from pre-expanded polystyrene beads. This equipment is specifically designed for the lost foam process.
Foam Molding Machine MPH 100/100 is used for producing foam replicas from pre-expanded polystyrene beads. This equipment is specifically designed for the lost foam process.
Foam Molding Machine MPH 120/120 is used for producing foam replicas from pre-expanded polystyrene beads. This equipment is specifically designed for the lost foam process.
Foam Molding Machine MPV 100/100 is used for producing foam replicas from pre-expanded polystyrene beads. This equipment is specifically designed for the lost foam process.
Foam Molding Machine MPV 80/60 is used for producing foam replicas from pre-expanded polystyrene beads. This equipment is specifically designed for the lost foam process.
Foam Molding Machine MPV 120/120 is used for producing foam replicas from pre-expanded polystyrene beads. This equipment is specifically designed for the lost foam process.
The Foam Replica Machine 4228 MKI is designed for bonding foam sections of replicas together with hot melt glue.
The Foam Replica Machine 5728 is designed for bonding foam sections of replicas together with hot melt glue.
The Foam Replica Machine 5730 is designed for bonding foam sections of replicas together with hot melt glue.
The Foam Replica Machine IL 3030 is designed to rapidly and accurately glue foam assemblies for Lost Foam castings together. Because of its unique design, the machine allows maximum productivity by allowing the operator to unload assembled patterns and load loose segments while the machine is in the process of completing assemblies. This capability ensures that overall machine utilization is optimized.