Multi-Functional Precision Machine for PCB Core Wire Peeling, Cable Stripping,

Описание: Preparation
Power and Material Check: Before starting the machine, ensure that it is properly plugged into a stable power source. Check the solder wire spool to make sure there is an adequate amount of solder wire. The solder wire should be of the appropriate diameter and composition for the wires being processed. Also, inspect the wire - feeding mechanism to ensure that the wires to be stripped and soldered can be smoothly fed into the machine.
Parameter Setting: Adjust the machine's parameters according to the wire type and size. This includes setting the wire - stripping length, which determines how much of the wire's insulation will be removed. For example, if you are working with wires for a printed circuit board (PCB), the stripping length might be set to a few millimeters. The soldering temperature and time also need to be set. The soldering temperature usually ranges from 200 - 400 degrees Celsius depending on the solder alloy and wire material. The soldering time is typically set to ensure a proper wetting of the wire and the connection point without over - soldering.
Wire - feeding
Place the wire into the wire - feeding inlet of the machine. The machine may have a clamping or guiding mechanism to hold the wire in place and feed it at a consistent speed. The wire - feeding speed can usually be adjusted to match the processing requirements. For example, for thin wires, a slower feeding speed might be used to ensure accurate wire - stripping and soldering. As the wire is fed into the machine, sensors may detect its presence and trigger the wire - stripping process.
Wire - stripping
The wire - stripping component of the machine uses a set of blades or other stripping mechanisms. Once the wire is in position, the blades cut through the insulation and then separate it from the wire core. The stripped length is precisely controlled according to the previously set parameters. The removed insulation is usually collected in a waste bin or a collection area within the machine to keep the work area clean. Some advanced machines may have a self - cleaning or automatic insulation - disposal feature to prevent clogging and ensure continuous operation.
Soldering
After the wire - stripping process, the wire is then moved to the soldering area. The machine heats up the soldering iron tip to the preset temperature. As the wire enters the soldering area, the solder wire is fed onto the connection point. The machine controls the amount of solder dispensed based on the set parameters and the wire size. The soldering iron tip makes contact with the wire and the solder, ensuring that the solder melts and forms a good connection between the wire and the target object (such as a terminal or a PCB pad). The soldering time is carefully monitored to achieve a proper solder joint. The machine may also have a mechanism to ensure that the solder cools and solidifies properly, for example, by using a cooling fan or a natural - cooling area.
Quality Inspection and Output
Once the soldering process is completed, the wire with the soldered connection is either moved to a quality - inspection area or directly output from the machine. In the quality - inspection step, operators or automated inspection systems check the soldered joints for quality. This includes looking for signs of insufficient solder, over - soldering, or poor wetting of the wire. If the joint passes the inspection, it is considered a good product and can be further processed or packaged. If there are any defects, the wire may be re - processed or marked for repair.