Composite materials are substituting steel and aluminium for manufacturing automotive structural parts and skin panels with first-class surface quality because they are light-weight and yet structurally strong. Electropneumatics presses for forming and moulding of engineering plasticscomposites (such as SMC, DMC, FRP, epoxy, etc.) and also automotive interior fabrics and friction material for brake and clutch facings meets this demand. These machines have features specially designed to control the forming, heating and cooling cycles and accurately level, form and eject parts to achieve Grade I component surfaces.

Composite materials are substituting steel and aluminium for manufacturing automotive structural parts and skin panels with first-class surface quality because they are light-weight and yet structurally strong. Electropneumatics presses for forming and moulding of engineering plasticscomposites (such as SMC, DMC, FRP, epoxy, etc.) and also automotive interior fabrics and friction material for brake and clutch facings meets this demand. These machines have features specially designed to control the forming, heating and cooling cycles and accurately level, form and eject parts to achieve Grade I component surfaces.