Baykal APHS MAX — Oversized & Tandem CNC Press Brakes
The MAX isn’t a single machine — it’s a configurable platform. Baykal engineers each unit to the customer’s exact specifications, including tandem, triplet, and quad arrangements that synchronize multiple press brake frames into a single unified bending system.
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Core Features
Tandem, Triplet & Quad Configurations — Multiple frames synchronized via CNC to operate as a single machine, allowing bending lengths far beyond any standalone frame. Scale capacity to match the workpiece.
Massive Bending Force — Up to 6,000 tons for thick plate and high-strength materials in heavy structural, shipbuilding, wind energy, and mining equipment fabrication.
Hybrid Drive Option — Baykal’s hybrid servo drive reduces energy consumption and hydraulic oil volume by approximately 60% — a significant advantage on machines of this scale where hydraulic systems are the largest energy consumer.
Full CNC Control Across All Frames — Unified control ensures synchronized ram movement, consistent parallelism, and uniform force distribution across the entire workpiece. Single-station operation.
High-Efficiency Hydraulic System — Servo-controlled circuits deliver precise ram positioning with fast approach, controlled bending speed, and rapid return.
Engineered-to-Order Flexibility — Every APHS MAX is configured to application: tonnage, bending length, open height, stroke, throat depth, frame count, backgauge axes, and drive type.
Typical Applications: Shipbuilding hull plates, wind energy tower segments and base rings, heavy structural beams and columns, mining/earthmoving components, bridge plate girders, pressure vessel and tank shell forming, railcar fabrication.
Why Buy From Fabtech Solutions? A machine of this scale requires a partner who understands your production requirements, facility constraints, and long-term service needs. We work directly with Baykal’s engineering team to specify, configure, and deliver APHS MAX systems tailored to your operation — from feasibility through commissioning and ongoing support. Call (833) 524-2525.





