OPEN SINGLE SHAFT HIGH PRECISION STEEL FRAME PUNCH

PERFORMANCE CHARACTERISTICS

◎The fuselage is made of high quality steel platewhich is treated by eliminating pressure.The stability and reliabilitv of the whole machine are improved.

◎In order to ensure the relative stability of the machine.two svmmetrical sliders and balance are adopted. Device design mode.

◎The precision of mould adiustment is as high as 1 mmwhich is safeconvenient and reliable.

◎Crankshaftgearconnectingrodetc.hardoxidized and groundetc. After processing,only very high mechanical properties and resistance.

◎The design of machine structure is reasonable and it is convenient to realize the combination of automatic production and flowing production mechanism.

◎High strength reliable clutch/brake loading and double wire solenoid valve, overload protection. Protective device to ensure the maximum degree ofoperation safety.

◎This machine adopts high grade alloy steeldouble crankshaftwide center of 2 working position distance from connecting rod. Support structure, optimum design, suitable for the design of 14 cvcle closed electrica circuitCan be matched with any automation facility.

BASIC CONFIGURATION

◎Air clutch brake

◎Hydraulic Over-load Protector

◎Manual drivr Lubrication System

◎Inverter

◎Slide Adjust Device

◎Die HELGH Indicator

◎Balance Device

◎Rotary Cam Switch

◎Crank Angle Indicator

◎Electric Stroke Counter

◎Air source Recepatacle

◎Against Over-run Safety Device

◎MaintenanceTool Box

◎Operation Manual

◎Touch-screen(preview, preload, count)

OPTIONAL ACCESSORIES

◎Hydraulic clutch brake

◎Pneumatic Die Cusion Device

◎Presrt Counter

◎Preset Counter

◎Foot Switch

◎Die LifterClamp And Die Armshiftmdode

◎Quick Die Change System

◎Slide Knock-out Device

◎Misfeed Detection Consent

◎Power Supply

◎AntiVibration Press Mount

◎Photo-electronic Safety Device

◎Feeder(Airmechanical NC and soon)

◎UncoilerLeveler

◎UncoilerLeveler

◎Mechanism Hand

◎Die ROOM light

PRODUCT APPLICATION

Capacity Curve

The point where the V-stroke capability occurs                The point where the V-stroke capability occurs

               Stroke-Capacity Curve (H)                                                                       Stroke-Capacity Curve (H)          

Main Technical Parameter

Shape Size