Two models are listed: RBF-84S and RBF-134L.
Forging force is 60,000 (RBF-84S) and 120,000 (RBF-134L) as shown in the specification sheet.
Applicable bolt diameter range is 5 mm to 28 mm (applies to the machine family as specified).
Maximum output is 120–180 pcs/min for RBF-84S and 75–110 pcs/min for RBF-134L, depending on part geometry and process parameters.
Max cut-off diameter: 10 mm (RBF-84S) and 15 mm (RBF-134L). Max cut-off length: 115 mm (RBF-84S) and 190 mm (RBF-134L).
Shank length of blank range is 15–90 mm for RBF-84S and 20–160 mm for RBF-134L.
Main ram stroke: 160 mm (RBF-84S) and 270 mm (RBF-134L). Main motor power: 22 (RBF-84S) and 37 (RBF-134L) as specified (confirm units with manufacturer).
Die pitch: 70 mm (RBF-84S) and 110 mm (RBF-134L). Overall dimensions listed: cut-off die ~50×50L (RBF-84S) and 63×69L (RBF-134L); punch die ~45×125L (RBF-84S) and 60×130L (RBF-134L); main die ~60×130L (RBF-84S) and 86×190L (RBF-134L).
Typical materials for cold forging include low- and medium-carbon steels, stainless steels, brass, copper and some aluminum alloys. Final suitability depends on material ductility and hardness; consult the manufacturer with specific material grades.
The specification indicates forging station counts relative to each model; please confirm with the manufacturer or sales sheet for the exact station layout for RBF-84S and RBF-134L.
Required utilities typically include appropriate electrical supply (matching the main motor rating), compressed air and stable foundation/anchoring. Exact requirements (voltage, phase, air pressure, power factor) should be confirmed with the supplier before installation.
The machine uses dedicated cut-off, punch and main dies specified in the datasheet. Tooling changeover time depends on the tooling set and operator skill; quick-change tooling options or fixture assistance may be available—ask the vendor about custom tooling and spares kits.
Regular maintenance includes lubrication of moving parts, periodic inspection and replacement of wear parts (dies, punches, guides), hydraulic/electrical system checks, and alignment verification. Follow the manufacturer's maintenance schedule for intervals and procedures.
Expect standard guarding, emergency stop, safety interlocks and possibly light curtains or two-hand controls depending on configuration. Operator training on safe operation, lockout/tagout, basic troubleshooting and die change procedures is recommended and may be provided by the manufacturer or distributor.
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