Customization: | Available |
---|---|
Cooling Way: | Air Cooling |
Control: | Semi-Automatic |
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Servo Spin Welder Orienting Rotation Plastic Welding Machine
01:Application
Servo Spin Welder Orienting Rotation Plastic Welding Machine belongs to solid state frictional melting assemble of thermoplastic parts with circular or cylindrical joint interface, its process is achieved in case of thermoplastic parts with rotational symmetrical joint surfaces are rubbed together under pressure in an unidirectional circular motion, normally, one half is held stationary while the other is rotated, the heat that is generated during this process melts the plastic at the interface, forming a weld upon cooling, Servo Spin Welder Orienting Rotation Plastic Welding Machine is a simple and highly energy efficient process, there is little excess heat generated, which means that cooling times are short, this makes the process well suited to automated assembly line application, strong, hermetic joints can be produced, which are frequently stronger that the parent parts, no foreign materials are introduced into the weld and no environmental considerations are necessary, as in solvent sealing or adhesive bonding, the first reported application for Servo Spin Welder Orienting Rotation Plastic Welding Machine was in the manufacture of fluid-filled compasses, where welding was carried out beneath of the surface of liquid, the process can therefore be used for sealing a liquid in a container, other applications include fuel filters, check valves, truck lights, aerosol cylinders, and floats, Servo Spin Welder Orienting Rotation Plastic Welding Machine is also used for assembling structural components, connecting ventilation pipes to blow-molded fuel tanks, and welding tops and bottoms on containers, almost all thermoplastic can be joined with axisymmetric interface whatever angular orientation or not
02: Parameter
Name |
Servo Spin Welder Orienting Rotation Plastic Welding Machine |
Model |
KLP-2900 |
Motor Power |
2900w |
Motor Type |
Servo |
Precision |
0.1 Degree |
Velocity |
1500RPM |
Rotation Cycle |
30 adjustable |
Delay Time |
10econds adjustable |
Holding Time |
0~100 seconds adjustable |
Welding Pressure |
0.5~0.7MPa |
Torsion |
10 N*M |
Power Supply |
110V/220V, 20/60HZ |
Rotation Circles |
1~100 (adjustable) |
Delay Time |
1~99s (adjustable) |
Cooling Time |
1~99s (adjustable) |
Driven Mode |
Servo Motor Activation |
Dimension |
1150*900*2150mm |
Weight |
400kgs |
03: Salient Characters
High resolution touch screen of programmable logic control for setting and operation
Programmable upper and lower limits for advanced process control
Menus available in Chinese and English version
Extra-rigid steel column with negligible defection
Programmable top of stroke position to reduce vertical stroke and cycle time
Weld by revolution, time, collapse distance or absolute distance of non orientation
Spin initiation/trigger by height with programmed delay time
High precision servo spin drive with orientation accuracy of less or more 0.1degree
Up to 150mm stroke for greater versatility and easier part load and unload
Integrated design eliminates cable and makes installation more compacts
04: Highlighted Performance of spin welding
Ability to weld parts with a circular joint that are not easily welded by ultrasonic
Relative fast cycle times when compared with other approaches
Compatible with most thermoplastic, particularly takes bonding capability for PP and PE
Ability to weld several dissimilar materials
No consumables, fumes or emissions, and low maintenance
High Strength, hermetic, airtight welds are typical
Heat solely confined to weld interface, and easy automated
Low cost, quick change tooling of manual or pneumatic clamping fixture
Low power consumption, high power, and position-based indexing possible
Require lass velocity and better for engineering resins
Easier to automate and improved process control
Automatic aligned to any specified position during 360 degree at tolerance within 1 degree
No need store energy or inertia, the servo motor can actuate spin at any position
05: Sequence of Operation
05.1:Operator loads part halves into holding fixture and driver
05.2: Operator initiates both cycle activation switches
05.3: Actuator moves driver and rotating part half (typically without rotation) into contact with the stationary fixture part half
05.4: Operator is permitted to release cycle activation switches after part to part contact is made
05.5:Servo motor spins parts at user programmed RPM for the number of user-programmed revolution (or user-programmed timer, collapse distance, or absolute distance) and terminates rotation when desired weld criteria are reached
05.6: Welded parts cool/melted plastic solidified under pressure
05.7: Actuator retracts to home position, and servo slowly rotates to user-programmed home position
05.8: Operator removes welded parts from fixture
Tell us about your application when you select Servo Spin Welder Orienting Rotation Plastic Welding Machine for your round plastic half assembling production, whether you want an integrated spin welding head, a standing-along spin welder or custom automation spin welder, we have got your covered with one-stop service at competitive pricing.