Wire Peeling

Electrical Cords: These require precision and concentration. Nonetheless, with some experience and the right tools, stripping electrical cords is relatively simple. Using a knife or a cable sleeve stripping knife, score around the cable sheath with light pressure but without cutting right through it.

Communication Wires: For instance, as used for a high speed internet line. These cables are small and stripping them safely will require the use of a cable stripping tool so that the conducting wires aren’t damaged in the process.

Thin Wires: Are very easy to damage, so will require great care and a cable stripper.

Plastic Sheathed Cable: This requires a two-step process to strip effectively. Use a stripping tool and slide the sheathed cable into the notch of the tool that corresponds with the gauge of the wire. Squeeze and slide the tool gently to expose the wiring. Each individual wire can then be stripped.

Modern electronic devices, as well as the communications systems that link them, are full of wire. From the enormous conductors that route local-area-network data around microwave communications systems to the miles and miles of wiring that connect all the critical control and communications systems on aircraft and other transportation systems, to the minute strands that provide interconnections in microelectronic systems or carry the signals in medical implants, wires are indispensable for moving signal and power about.

The traditional method of mechanical wire peeling machine employs metal blades to cut through the insulation, enabling it to be pulled away over the end of the conductor. However, even though modern mechanical stripping equipment incorporates shaped blades, automatic wire handling and precise blade control, it still shares one thing with the handyman’s wire stripper: both need careful attention to avoid wire damage.

Historically, designers and manufacturers had to accept a degree of damage to the wire conductor from the use of mechanical blades for stripping. To accommodate this, the electrical resistance of the wire is often specified with a higher tolerance than would otherwise be necessary; which essentially means specifying a larger conductor; this makes the whole wire larger and more costly.

In critical manufacturing applications such an approach is unacceptable and, where quality is all-important, damage free laser wire peeling machine comes into its own. For state-of-the-art applications it is critical to be able to strip insulation precisely from wire without damage to the conductor. Laser-based wire strippers accomplish this simply, by relying on the ability of light to selectively remove non-metallic insulating materials while leaving the metallic conductor completely untouched. 

Wire peeling machines are an important tool in the electrical industry. These machines are designed to quickly and efficiently remove the insulation from wires, making them easier to use. While many people may not consider wire peeling machine machines to be essential tools, they play a vital role in promoting workplace safety. In this article, we'll explore how wire peeling machine machines promote workplace safety and why they should be part of every electrician's toolkit. Wire peeling machines are a great alternative to manually removing wire insulation. They are designed to strip different sizes and shapes of wires without damaging them. The use of wire peeling machines eliminates the risk of accidental cuts and injuries caused by sharp tools such as knives or scissors. In addition, these machines are equipped with various safety features such as guards and automatic shut-off devices that minimize the risk of accidents in the workplace. 

Firstly, confirm the position of the stripping blade, which can be done by using light illumination or manual touch. Move the stripping blade to the correct position, ensuring it contacts the outer insulation of the wire but does not cut through it. Test the stripping effect to ensure that the insulation is completely removed without damaging the wire core. Adjustment of the cutting depth.

Confirm the diameter of the wire core to ensure the cutting depth is suitable. Adjust the cutting depth of the stripping blade to remove all insulation without harming the wire core. Test the stripping effect again to confirm that the insulation is not cut through and the wire core remains intact. Adjustment of the stripping force.

Determine the appropriate stripping force based on the diameter of the wire to be stripped. Adjust the stripping force considering the hardness of the insulation and the diameter and material of the wire. Finally, test the stripping effect to ensure that the stripping force results in an appropriate stripping width without damaging the wire core. Adjustment of the stripping speed.

Determine the appropriate stripping speed based on the type and material of the wire. Set the appropriate stripping speed, usually achieved by adjusting the motor’s rotation speed. Finally, test the stripping effect to confirm that the stripping speed is moderate and does not result in damage to the wire core or leave behind parts of insulation that cannot be stripped. 

Check the cutting blades of the peeling machine. If the blades are worn or damaged, it may cause the wire ends to be clamped or cut, so it is necessary to check the condition of the blades and replace them if worn.

Adjust the pressure of the peeling machine. The pressure of the stripping machine directly affects the stripping effect. If the pressure is too high, the wire ends are prone to be clamped; if the pressure is too low, the wire ends are prone to be cut off.

Replace the appropriate stripping heads. Choose the appropriate stripping heads according to the diameter and material of the wire. Using inappropriate stripping heads can also cause the wire ends to not strip properly.

Adjust the depth of the cutting blades of the stripping machine. The blade depth refers to the depth at which the blade contacts the wire. If the depth is too shallow, the blade cannot cut through the insulation layer; if it is too deep, the wire may be cut off.

Check the quality of the wire. If the wire quality is poor, the insulation layer may be very hard to strip, so it is recommended to use higher quality wire.

Check if the wire is correctly installed. Ensure that the wire is properly installed in the clamping device of the stripping machine to prevent the machine from failing to strip properly.

Adjust the cutting head of the automatic wire peeling machine. Adjust the position of the stripping blade according to the diameter of the wire to ensure that the blade completely strips the insulation layer. Also, check the sharpness of the blade. If it is dull, it needs to be replaced.

Check the track and conveyor belt of the automatic wire peeling machine. Ensure that there are no foreign objects jammed or misaligned, causing the machine to malfunction.

Check the depth of wire cutting. If the cuts are too shallow, adjust the size of the cutting parameter.

Adjust the clearance between the wire feeding drive wheels. If the clearance is too large, adjust it accordingly.

Clean the wire feeding wheel and the blade retraction wheel. If there are any contaminants on the wire feeding wheel or the blade retraction wheel, clean them thoroughly.

Check if the air source is normal. Ensure that the air source is normal to avoid affecting the stripping effect. 

The company is based on the manufacturing plant---Yantai Haige Machine Tools Co.,Ltd & Yantai Hangjian Refined Special Steel Equipment Co.,Ltd. whose area is more than 20000m² . There are 140 staffs working in the factory. The factory is mainly engaged in producing and selling bar peeling machines(centerless lathes), straightening machines, polishing machines(abrasive belt machines), auxiliary machines and other processing and finishing equipment for steel(bright steel) for more than ten years.