Closed frame hydraulic presses feature a rigid enclosed structure, ensuring high precision and minimal deformation. They are ideal for precision stamping, metal forming, and high-load industrial applications.
Upgrading from a mid-tonnage press to a 630 ton closed frame hydraulic press is not just about gaining more clamping force; it is about accommodating substantially larger tooling and more complex molding cycles. With a 1200 × 1200 mm worktable, 2200 mm open height, and a dedicated 80 ton lower ejector, this machine provides the working envelope and powered stripping capability needed for applications involving larger SMC and BMC molds, as well as selected heavy metal forming operations.
Uneven pressure can affect composite part quality. This 315 ton closed frame hydraulic press provides high frame rigidity and stable forming pressure for more consistent SMC and BMC molding.
Built for shops that can't afford uneven force on large workpieces, this 1000 ton dual cylinder hydraulic press pairs two synchronized 500-ton cylinders with a closed-loop hydraulic circuit for steady, drift-free pressure across a 1600×1200mm table. PLC touchscreen control, dual-motor drive, air cooling, and infrared light curtains make it a solid fit for automotive stamping, deep drawing, composite lamination, and other heavy-duty forming work — ask us for a configuration matched to your mold and tonnage needs.
The 250 ton closed frame hydraulic press is engineered for stable and precise metal forming operations where structural rigidity and repeatability are critical. Designed with a reinforced closed frame structure and PLC touch screen control system, it provides consistent pressing performance for demanding industrial production environments. This machine is widely used in metal forming, stamping, and bending processes, especially in applications requiring high accuracy and stable pressure control. The integrated multi-rod ejector system improves part release efficiency, while the air-cooled hydraulic unit ensures stable operation during long production cycles.