DUOFORMER Standard - Vacuum Press with Heating Station

The DUOFORMER Standard is a dual-function vacuum press and heating station engineered for precision thermoforming and pressure bonding of engineered materials. The system integrates a 2,920 × 1,320 mm pressing surface with a dedicated 2,600 × 1,250 mm heating zone, enabling sequential or parallel heating and pressing operations within a single footprint. This 2-in-1 architecture eliminates material handling between separate machines and reduces production cycle time for composite and thermoplastic work.

The machine delivers uniform heat distribution up to 230°C via its CAS (Controlled Atmospheric System) heating station, paired with a 40 m³/h vacuum pump capable of achieving 150 mbar absolute pressure (8.5 t/m² clamping force). The 500 mm working height accommodates laminate stacks, curved forms, and thermoformable sheets of varying thickness without requiring secondary handling. Electrical requirements are modest: 400V three-phase single supply, making integration into existing workshop infrastructure straightforward.

Target users include medium-sized composite fabrication shops, solid surface countertop manufacturers, and thermoplastic component producers handling batch runs of 50–500 units per month. The machine is particularly suited for operations requiring consistent material properties post-forming—edge-glued panels, curved laminates, membrane-pressed doors, and decorative surface applications. Shops with existing press infrastructure benefit from the heating station as a standalone preheating module, while those standardizing on thermoformed materials gain efficiency through integrated press-and-heat workflow.

The DUOFORMER Standard occupies a middle ground in the vacuum press category: larger than laboratory presses but more compact and cost-effective than full-scale industrial thermoforming lines. It prioritizes repeatability and material uniformity over extreme speed, making it ideal for job-shop and semi-batch production environments where precision and finish quality exceed volume requirements.