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.
When assembly tooling spans a large footprint, ram plate size becomes an important consideration for load distribution. This 100 ton c frame hydraulic press features a 500 × 400 mm ram plate, a 600 × 500 mm worktable and foot pedal control for press-fit assembly and straightening applications.
Table size and open height often dictate what actually fits in a C-frame press more than tonnage alone. This 20 ton c frame hydraulic press combines a 500 × 400 mm worktable with a 600 mm open height (daylight) and an 80 mm drop-through hole, providing a practical working envelope for press-fit assembly, straightening, and light punching operations.
Large composite panels and wide mold bases require even pressure distribution across their full surface area. An undersized press frame often leads to edge deflection and uneven curing or forming. This 800 ton four column hydraulic press combines a 1400 × 800 mm worktable with dual 55kW servo motors and a 15 HP oil cooler to maintain stable clamping force and temperature during extended dwell cycles.
Large mold bases and heavy structural components often require more working space and forming force than mid-tonnage presses can provide. This 630 ton four column hydraulic press combines 630-ton forming capacity with a 900 × 900 mm worktable and 800 mm daylight for heavy metal forming, mold pressing and large-part production.
160 ton four column hydraulic press for metal forming, bearing pressing, and sheet metal assembly. Features an 800 × 800 mm worktable, 900 mm daylight, and fast-approach circuit.
A 500-ton press with a fixed worktable forces operators to crane heavy dies into position from above. The 1300x1100mm movable worktable on this machine slides out so molds can be loaded at floor level, significantly reducing mold changeover time compared with fixed-table designs and removing the need for overhead rigging on every setup.
A 400 ton four column hydraulic press with 100 ton hydraulic cushion, designed to prevent deep drawing defects and handle forming, leveling, and press fitting in one machine.
Deep-drawn parts that come off the die with uneven wall thickness usually trace back to blank holder force that can't keep pace with draw depth — and that's exactly the gap a 315 ton four column hydraulic press is built to close. With a single 315-ton main cylinder, 600mm stroke, and an 800 x 800mm working table, this three-beam four-column press keeps sheet metal and deep-drawing runs consistent across longer production batches.
Many buyers assume that a 200 ton four column hydraulic press sits in an awkward middle ground — too small for heavy forging, too large for light assembly. That assumption misses the point. The YQ32-200 occupies a specific capacity window where single-action deep drawing, progressive stamping, and medium-tonnage compression molding all become feasible on one machine, without the floor-space penalty of a 1000-ton unit or the die-size restrictions of a 100-ton model. Its 2000 kN main cylinder and 280 kN ejector system distribute force across a 1000 × 940 mm table, making it the practical choice for production lines that...
A 160 ton gantry hydraulic press with 500×400mm table and 300mm daylight delivers the force distribution needed for flange leveling, but the real constraint is how the open-frame geometry handles off-center loads during steel structure correction. The welded crossbeam and dual-column layout distribute 160 tons across the full worktable, maintaining ≤0.1mm flatness on metal flanges up to roughly 350mm in diameter.