Straight Sided Press

For blanking operations involving wider coils or larger sheet formats, the double‑point design provides the rigidity and stability needed to maintain clean, accurate cuts. The balanced slide motion reduces deflection and improves edge quality, even at high stroke rates. This makes the press ideal for automotive panels, appliance housings, electrical enclosures, and medium‑to‑large metal blanks.

Piercing operations often generate uneven forces across the die. The double‑point straight‑sided press handles these off‑center loads far better than single‑point or C‑frame presses. Its rigid frame and dual‑drive system maintain alignment, ensuring hole accuracy and reducing tool wear. This makes it suitable for perforated panels, multi‑hole components, and parts requiring complex piercing patterns.

The press’s rigid structure and balanced force distribution make it ideal for forming and medium‑depth draw applications. It prevents angular deflection during forming, ensuring uniform material flow and reducing the risk of wrinkling or tearing. Manufacturers use it for producing housings, covers, shallow cups, and structural components that require consistent forming pressure across a wide die surface.

Precision surface‑forming operations require exceptional rigidity and accurate bottom‑dead‑center control. The double‑point press excels in coining and embossing because its dual‑drive system maintains parallelism across the entire slide. This ensures crisp, repeatable surface details for decorative patterns, raised lettering, precision edges, and tight‑tolerance features.

Automotive manufacturers rely on double‑point straight‑sided presses for producing brackets, reinforcements, chassis components, and medium‑sized structural parts. The wide bed accommodates larger tooling, while the rigid frame ensures consistent part geometry. The press’s ability to run at high speeds with excellent repeatability makes it ideal for automotive mass production.

Appliance and HVAC components often require wide dies and consistent forming pressure across large surfaces. The double‑point press provides the stability needed for stamping panels, brackets, frames, housings, and ducting components. Its balanced slide motion reduces distortion and improves part flatness, supporting high‑volume production with minimal scrap.

For electrical and electronic components that require tight tolerances and high‑speed production, the double‑point press offers the accuracy and stability needed for thin‑gauge materials. It is commonly used for stamping connectors, terminals, clips, and precision metal parts. The dual‑drive system ensures consistent performance across long production runs.

Many stamped parts include features that create uneven loading across the die. The double‑point press handles these conditions effectively, maintaining alignment and preventing slide tipping. This makes it ideal for tooling with asymmetrical features, multi‑station dies, and parts requiring complex forming or piercing patterns.

The double‑point straight‑sided press integrates seamlessly with coil feeders, servo roll feeds, transfer systems, and robotic handling. Its predictable slide motion and wide bed make it ideal for automated, high‑speed stamping lines. Manufacturers use it to increase throughput, reduce labor requirements, and maintain consistent part quality in continuous production environments.