When designing a high-speed punch press feeding system, considering the adaptability of the material can start from the following aspects:
Material type
Understand the characteristics of different metal materials (e.g. steel, aluminum, copper, etc.) as well as non-metallic materials (e.g. plastics, rubber, etc.), including hardness, ductility, modulus of elasticity and so on. Different materials have different deformation and friction characteristics in the feeding process, which requires corresponding adjustments to the pressure of the feeding device, clamping method and conveying speed.
C-cylindrical high-speed punching machine
Material thickness
Consider the range of material thickness. Thinner materials may require gentler clamping and conveying to avoid deformation or damage, while thicker materials require stronger clamping and driving forces to ensure stable feeding.
Surface roughness
The roughness of a material's surface affects friction. Rough surfaces may increase friction, leading to poor feeding or increased wear, requiring optimization of the clamping surface material or special lubrication measures.
Material Strength
High-strength materials may require greater drive forces and stronger feeding mechanisms when feeding to prevent material breakage or feeding failure.C-cylindrical high-speed punching machine
C-cylindrical high-speed punching machine
High-speed punching machine rotates the flywheel driven by the electric motor to store energy, and then releases the energy of the flywheel instantly through the control of the clutch and brake to drive the slider to carry out high-speed reciprocating motion to realize the punching action.
Dongguan OREKU Precision Machine Tool Co., Ltd., established in 2001, is a high-tech innovative enterprise dedicated to manufacturing high-precision machinery and equipment. Since its establishment, the company has focused on the R&D and manufacturing of CNC precision machining centers, precision stamping machining centers, high-speed vertical lathes and automated production lines, leading the development of the industry.
View more