Say Goodbye to Lab Expensive Consumable Waste (1)!

A Comprehensive Analysis of the Shenyang Kejing RX-01 Automatic digital display coil winding machine:

In the field of modern advanced materials science, diamond wire cutting technology has become the industry's recognized "gold standard" for machining thin sheets of materials such as silicon carbide semiconductor wafers with extremely high hardness and infrared optical crystals with extremely high fragility. Compared with traditional internal or external circular saws, diamond wire cutting has absolute advantages such as narrow kerf, low material loss, minimal surface damage, and low processing heat.

However, for universities, research institutes, and high-precision manufacturing enterprises, diamond wire cutting technology also has a long-standing pain point—the high cost of consumables.

Diamond wire (especially high-end wires with precision electroplating or resin bonding of micron-sized diamond particles) is very expensive. In the daily operation of wire cutting machines (especially toroidal wire cutting machines or multi-wire cutting machines), uneven tension, incorrect length estimation, or knotting and twisting of the wire during winding and coiling can not only directly lead to the scrapping of the entire spool of valuable wire, but also cause wire breakage during actual cutting, thus damaging research samples.

To completely solve this laboratory maintenance problem, Shenyang Kejing Automation Equipment Co., Ltd., leveraging over twenty years of experience in materials processing equipment R&D, has meticulously crafted this auxiliary tool specifically designed for precision cutting machines—the Model RX-01 digital display coil winding machine.

Why is manual winding unsuitable for precision cutting in the laboratory?

Diamond wire is typically extremely thin. When winding manually or using inferior winding equipment, the surface tension of the wire fluctuates greatly.

Insufficient tension: This causes the wire to overlap and cross on the winding wheel (wire pressing). When the cutting machine operates at high speed to release the wire, the crossed wire will instantly jam, directly causing wire breakage.

Excessive tension: This can cause irreversible tensile yielding deformation of the original metal matrix of the diamond wire, reducing its fatigue life. It may also peel off the diamond micron coating on the wire surface, leading to a precipitous drop in cutting ability.

Length control issues: Different cutting tasks and different types of cutting machines (such as single-wire reciprocating and continuous ring types) have stricter requirements on the length of the diamond wire.

Manual measurement or mechanical counters often result in significant errors. The common mentality of "better too much than too little" is prevalent among many operators, directly leading to the cutting of several meters or even tens of meters of wire each time the wire is wound. Over time, these discarded "tail wires" represent a significant amount of wasted research funding.

1. In-depth analysis of the four core technologies of the RX-01 digital display coil winding machine:

· Simplified operation interface: The user interface is more intuitive; operators only need to input specific parameters through the screen to start the machine. This lowers the learning curve.

·Elimination of human error: The precise control of the PLC minimizes human intervention. The system operates strictly according to logic, eliminating human error and ensuring consistent experimental quality.

2. 0.1-meter-level high-precision length management:

(Stop wasting expensive cutting consumables—wrap precisely the length you need when required.) This is the core design philosophy of the RX-01.

·Extremely wide setting range: The winding length can be freely set between 1 and 999 meters, perfectly adapting to various spool requirements from mini desktop cutters to large industrial multi-wire cutters.

·Real-time high-precision display: The screen provides real-time monitoring of the winding length with an accuracy of up to 0.1 meters. When you only need 50.5 meters of diamond wire to assemble a ring saw, the machine will stop precisely at that value, not a centimeter more or less, fundamentally eliminating wire waste.