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Diamond wire cutting applications across advanced material categories

Precision cutting systems

Diamond wire cutting machinery engineered around your material.

Eight machine models for photovoltaic, semiconductor, sapphire, silicon carbide, ceramics, graphite, glass, magnetic materials and composites.

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8 machine models

Gantry, flat-cut, vertical contour and hand-push formats

MOQ 1 unit

Configuration and quotation are confirmed per project

30–45 days

Typical production lead time for a standard order

15–20 units / month

Reference capacity from the supplied company brief

Machine range

Select by geometry and scale

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Gantry‑type Diamond Wire Cutting Machine （BL-LM100）BL-LM100

Gantry‑type Diamond Wire Cutting Machine （BL-LM100）

The gantry‑type diamond wire cutting machine adopts an integrated gantry frame structure, featuring high rigidity, stable operation and a wide range of processable cutting sizes. It effectively solves common industry pain points of conventional cutting equipment, such as insufficient travel, machine‑body vibration and poor cutting accuracy for large‑size workpieces. Suitable for precision cutting of brittle‑hard materials, composite materials and new‑type materials, this machine is widely used in high‑end industries including carbon fiber, semiconductors, photovoltaic solar energy, sapphire, silicon carbide crystals, optoelectronics and more. Equipped with high‑precision linear guides and precision ball screws for X and Y axes, the machine delivers smooth and uniform feed motion to guarantee overall processing accuracy and operational stability. Fitted with an automatic wire‑tensioning mechanism to realize automatic loop‑wire tensioning, it provides stable cutting conditions for high‑precision workpiece processing. Meanwhile, it maintains constant diamond‑wire tension, greatly reduces wire breakage rate and ensures stable production performance.

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Gantry‑type Diamond Wire Cutting Machine （BL-LM200）BL-LM200

Gantry‑type Diamond Wire Cutting Machine （BL-LM200）

The gantry‑type diamond wire cutting machine adopts an integrated gantry frame structure, featuring high rigidity, stable operation and a wide range of processable cutting sizes. It effectively solves common industry pain points of conventional cutting equipment, such as insufficient travel, machine‑body vibration and poor cutting accuracy for large‑size workpieces. Suitable for precision cutting of brittle‑hard materials, composite materials and new‑type materials, this machine is widely used in high‑end industries including carbon fiber, semiconductors, photovoltaic solar energy, sapphire, silicon carbide crystals, optoelectronics and more. Equipped with high‑precision linear guides and precision ball screws for X and Y axes, the machine delivers smooth and uniform feed motion to guarantee overall processing accuracy and operational stability. Fitted with an automatic wire‑tensioning mechanism to realize automatic loop‑wire tensioning, it provides stable cutting conditions for high‑precision workpiece processing. Meanwhile, it maintains constant diamond‑wire tension, greatly reduces wire breakage rate and ensures stable production performance.

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Gantry‑type Diamond Wire Cutting Machine （BL-LM300）BL-LM300

Gantry‑type Diamond Wire Cutting Machine （BL-LM300）

The gantry‑type diamond wire cutting machine adopts an integrated gantry frame structure, featuring high rigidity, stable operation and a wide range of processable cutting sizes. It effectively solves common industry pain points of conventional cutting equipment, such as insufficient travel, machine‑body vibration and poor cutting accuracy for large‑size workpieces. Suitable for precision cutting of brittle‑hard materials, composite materials and new‑type materials, this machine is widely used in high‑end industries including carbon fiber, semiconductors, photovoltaic solar energy, sapphire, silicon carbide crystals, optoelectronics and more. Equipped with high‑precision linear guides and precision ball screws for X and Y axes, the machine delivers smooth and uniform feed motion to guarantee overall processing accuracy and operational stability. Fitted with an automatic wire‑tensioning mechanism to realize automatic loop‑wire tensioning, it provides stable cutting conditions for high‑precision workpiece processing. Meanwhile, it maintains constant diamond‑wire tension, greatly reduces wire breakage rate and ensures stable production performance.

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Gantry‑type Diamond Wire Cutting Machine （BL-LM400）BL-LM400

Gantry‑type Diamond Wire Cutting Machine （BL-LM400）

The gantry‑type diamond wire cutting machine adopts an integrated gantry frame structure, featuring high rigidity, stable operation and a wide range of processable cutting sizes. It effectively solves common industry pain points of conventional cutting equipment, such as insufficient travel, machine‑body vibration and poor cutting accuracy for large‑size workpieces. Suitable for precision cutting of brittle‑hard materials, composite materials and new‑type materials, this machine is widely used in high‑end industries including carbon fiber, semiconductors, photovoltaic solar energy, sapphire, silicon carbide crystals, optoelectronics and more. Equipped with high‑precision linear guides and precision ball screws for X and Y axes, the machine delivers smooth and uniform feed motion to guarantee overall processing accuracy and operational stability. Fitted with an automatic wire‑tensioning mechanism to realize automatic loop‑wire tensioning, it provides stable cutting conditions for high‑precision workpiece processing. Meanwhile, it maintains constant diamond‑wire tension, greatly reduces wire breakage rate and ensures stable production performance.

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Material applications

Start with what you need to cut

Material, workpiece geometry and the required cut path determine the useful machine format. These are the application groups supported by the supplied product brief.

Explore application details

Photovoltaic & semiconductor

Silicon workpieces, process samples and development parts

Sapphire & silicon carbide

Hard, brittle crystal materials and precision development workpieces

Precision ceramics & quartz glass

Technical ceramics, quartz glass and precision components

Graphite & composites

Graphite blocks, composite parts and carbon-based materials

Magnetic materials

Magnetic material blocks and precision development parts

New materials

RFQ-based evaluation for emerging hard-brittle material systems

Engineering capabilities

A practical path from workpiece to commissioned system

Controlled wire path

Automatic constant-tension control supports stable cutting across hard and brittle materials.

Four machine formats

Gantry, flat-cut, vertical contour and hand-push platforms cover different geometries.

RFQ-led configuration

Workpiece size, material and target process are confirmed with engineers before configuration.

Assembly and commissioning

The team supports equipment assembly, commissioning and process setup for customer projects.

Selection guide

Match the machine format to the cutting task

This quick guide narrows the first discussion. Final work envelope, wire specification and process settings are confirmed during RFQ review.

01

Gantry systems

Blocks and larger workpieces that need a stable working envelope.

View representative model
02

Flat-cut systems

Horizontal cutting tasks where the workpiece and cut direction define the setup.

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03

Vertical contour

Profile and contour requirements prepared from the target geometry.

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04

Hand-push saw

A compact format for direct operator-controlled cutting tasks.

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Manufacturing view

Configured machines prepared for inspection

Bailiang assembles different machine formats around the workpiece and target cut. The equipment line shows completed systems before final process confirmation and project delivery.

See how systems are prepared
Completed Bailiang diamond wire cutting machines arranged for inspection
Multiple machine formats prepared for inspection and project configuration.

Prepare your RFQ

Four inputs make the first technical review more useful

You do not need a finished specification. A material description, approximate dimensions and the intended cutting result are enough to start a configuration discussion.

Send project details

Material

Tell us the material type and any known process constraints.

Workpiece dimensions

Share the overall size, drawing or representative sample dimensions.

Target cut path

Describe the required straight, profile or contour cutting result.

Expected throughput

Include the planned batch size or target processing rhythm.

RFQ ready

Send your material and workpiece dimensions.

Request a configuration