BIVALENT HOT PLATE/INFRARED WELDING MACHINE GS-SMALL-HP+I-E

GS-SMALL-HP+I-E

BIVALENT WELDING MACHINE SMALL, HOT PLATE WELDING AND LOCALIZED INFRARED WELDING, WITH ELECTRIC MOVEMENT

GENERAL CHARACTERISTICS

• 1 working station with single or multiple blocking die
• quick change of the welding fixture
• automatic detection of the installed welding fixture
• automatic loading of all the welding parameters
• average equipping time: 15 minutes
• possibility to store up to 255 welding recipes
• simplified guided programming in logic order
• module for remote assistance
• recommended for the welding of articles produced by means of injection moulding, extrusion moulding, compression moulding, thermoforming, blow moulding, suction 2d/3d (2k) and rotational moulding

HOT PLATE WELDING DEVICE

• use of hot-plate with quick change sized and shaped according to the article and component to weld
• maximum dimensions of the hot-plates: 300 mm x 200 mm
• maximum temperature of the hot-plate: 500°
• differential adjustment of the temperature on the article side and on the element side
• minimum switch time for the joining after the end of the warming: < 1,5 seconds
• automatic adaptation of the melting parameter of the article and of the joining parameter of the element, with elimination of the articles that do not comply with the coupling parameters and tolerances that have been set
• possibility to change coupling parameters and tolerance on the operator panel
• mechanical adjustment of the melting parameter of the element with possibility to carry out changes manually
• pneumatic adjustment of the different melting and joining parameters of the components with the possibility to adjust them on the operator panel

LOCALIZED INFRARED WELDING DEVICE

• maximum dimensions of the emitter: 300 mm x 200 mm
• maximum temperature of the emitter: 500°
• differential adjustment of the temperature on the article side and on the element side
• minimum switch time for the joining after the end of the warming: < 1 second
• automatic adaptation of the melting parameter of the article and of the joining parameter of the element, with elimination of the articles that do not comply with the coupling parameters and tolerances that have been set
• possibility to change coupling parameters and tolerance on the operator panel
• pneumatic adjustment of the different melting and joining parameters of the components with the possibility to adjust them on the operator panel