Endless Diamond Wire Saw Machines & Diamond Wire Loops

Is ENSOLLTECH a manufacturer or a trading company?

ENSOLLTECH PTE. LTD. is a Singapore-incorporated international trading and process engineering company (UEN 202551184N). It supplies endless diamond wire, diamond wire loops and diamond wire saw machines worldwide, and provides wire-sawing process design and plant engineering consultancy. Manufacturing is carried out by the group's own ISO 9001 certified plant, Zhengzhou Ensoll Tools Technology Co., Ltd., in Zhengzhou, China.

Where are the machines and the diamond wire actually made?

At the group's own plant in Zhengzhou, China: three self-owned plants, eighteen production lines and ninety staff, ISO 9001 certified. Machines, wire and spare parts come from that plant rather than from third-party traders, which is why a single specification covers the machine and the consumable that runs on it.

Why buy through the Singapore company instead of straight from the factory?

Because the engineering and the paperwork sit here. Wire specification, cutting parameters and fixture design are worked out by the Singapore team against your material and your target cut; export documentation and settlement are handled from Singapore; and you deal with one contractual counterparty for the machine, the wire and the spare parts.

Do you supply outside Singapore?

Yes. Machines, diamond wire and spare parts are supplied worldwide, not only within Singapore. The company entity is registered in Singapore; the manufacturing site is in Zhengzhou, China.

Can we test-cut our material before ordering?

Yes. Trial cutting on your sample is part of the specification process, because the machine model and the wire grade are chosen from how your material actually behaves in the cut. Send the material and the target cut, and the recommendation is based on that result rather than on a catalogue figure.

What materials can an endless diamond wire cut?

Hard, brittle and high-value materials: graphite, silicon, optical glass, ceramics and sputtering targets, magnetic materials such as NdFeB, ferrite and SmCo, crystals, stone, metals and composite materials. The narrow kerf and low cutting force are what make the method viable on workpieces that are expensive, fragile, or whose cut face has to be used rather than refinished.