CNC Diamond Wire Saw Machine: Automated Tombstone & Memorial Profiling

Yes. The machine is suitable for curved and irregular shapes commonly used in gravestones and memorial designs.

Why curved cutting works well
Many memorial products include arcs, rounded tops, or non-rectangular outlines. CNC-controlled wire cutting allows the cutting path to follow curves smoothly, instead of approximating shapes through multiple straight cuts.

This helps:

• Preserve the intended design shape

• Reduce edge chipping at curve transitions

• Avoid cumulative errors caused by repositioning

Where this is especially useful

• Rounded headstones

• Curved memorial panels

• Decorative monument elements

What to confirm before deciding
Confirm the minimum curve radius and whether your designs require continuous curved cuts rather than segmented straight cuts.

Yes. This wire saw is suitable for cutting granite and other hard stone materials commonly used for tombstones and monuments.

How wire saw cutting handles hard stone
Granite and similar hard stones place high stress on traditional blades, especially during long cuts. Wire saw cutting distributes cutting force more evenly along the wire, helping maintain stability on hard materials.

This makes it suitable for:

• Granite tombstones

• Hard natural stone monuments

• Dense stone materials where edge damage is costly

Material-related considerations

• Harder stone generally requires slower cutting speeds

• Cutting parameters must be adjusted by material type

What to confirm before deciding
Confirm the range of stone materials you process and whether one machine needs to handle multiple material types.

Yes. The machine can handle both single custom memorial stones and repeated monument designs without requiring CNC programming.

How custom and repeated cutting are handled
Dinosaw uses a self-developed control system designed for stone processing. Cutting paths can be created by directly importing drawings, rather than writing CNC programs.

For custom projects, new drawings can be imported as needed. For repeated designs, the same cutting file can be reused to ensure each stone follows the same shape.

What this simplifies in daily use

• No CNC programming required

• Same workflow for custom and repeat orders

• Easy switching between different designs

What to confirm before deciding
Confirm your drawing formats and whether your production includes both custom orders and repeat designs.

Yes. When cutting identical designs, multiple stone blocks can be placed side by side and cut in a single operation.

How this improves production efficiency
For repeated tombstone or monument designs, multiple blocks can be aligned and fixed together. The wire saw then follows one cutting path to process all blocks at the same time.

This approach:

• Increases output per cutting cycle

• Keeps dimensions consistent across all pieces

• Reduces total cutting time for repeat orders

This method is commonly used in Dinosaw applications for standardized tombstone or monument production.

What to confirm before deciding

• Whether stone sizes are uniform

• How many blocks can be safely aligned in one setup

• Fixture and space requirements for parallel cutting

Wire saw cutting improves edge quality by keeping cutting pressure stable throughout the entire process, rather than applying uneven force like blade cutting.

Why edge chipping happens in monument cutting
When cutting thick granite or monument stone, edge chipping usually occurs because cutting force fluctuates. As resistance changes inside the stone, blades tend to push harder at certain points, especially near the end of the cut.

How Dinosaw maintains stable cutting results
Dinosaw uses a precision servo control system combined with pressure sensors. The system automatically adjusts cutting parameters in real time to keep wire cutting pressure stable. This helps:

• Avoid sudden force spikes

• Reduce edge chipping on visible surfaces

• Lower the risk of wire breakage

The cast-column machine structure further improves stability during long cuts, minimizing vibration that can damage edges.

What to confirm before deciding
Confirm whether edge quality and reduced finishing work are important in your monument production.

Yes. The machine is designed to handle thick and large-format monument blocks with stable cutting performance.

Why stability matters on thick blocks
Thick monument stones require long, continuous cuts. Any vibration or force fluctuation increases the risk of wire breakage or dimensional deviation.

How Dinosaw handles thick cutting reliably

• Precision servo control maintains smooth wire movement

• Pressure sensors adjust cutting force automatically

• Cast-column structure improves overall machine rigidity

This combination helps maintain stable cutting even during long cutting cycles on thick granite or large monument blocks.

What to confirm before deciding
Confirm maximum block thickness and whether long, uninterrupted cutting cycles are part of your daily production.

The machine is designed to maintain ±1 mm cutting accuracy with high consistency across repeated parts.

Why consistency is hard to achieve in monument work
Monument products often require multiple parts to fit together. Small deviations during cutting can lead to visible gaps and additional fitting work on-site.

How accuracy is maintained

• Servo-driven motion control ensures precise positioning

• Stable cutting pressure reduces deviation caused by resistance changes

• Rigid cast-column structure minimizes mechanical deformation

Together, these factors help maintain consistent dimensions across multiple parts, even when cut in different batches.

What to confirm before deciding
Confirm whether ±1 mm accuracy meets your assembly and installation requirements.

No. CNC programming is not required, and operation is designed to be simple for stone workshop operators.

How operation is simplified
Dinosaw’s self-developed system allows drawings to be imported directly for cutting. Operators do not need to write CNC code. With engineer guidance during installation and training, workers with basic stone machinery experience can usually start operating the machine quickly.

What operators actually do

• Load the cutting drawing

• Set basic cutting parameters

• Monitor cutting progress

The system continuously monitors cutting status in the background and handles parameter adjustment automatically.

What to confirm before deciding
Confirm drawing formats and whether your operators have basic stone machine experience.

It may not be the best choice when speed alone matters more than accuracy and stability.

Where wire saw cutting may not fit

• Simple straight cuts with no shape or accuracy requirements

• Extremely high-volume rough cutting

• Applications where minor edge damage is acceptable

Why this distinction matters
Dinosaw wire saw cutting prioritizes stable pressure control, precise motion, and cutting reliability. These advantages are most valuable when quality, yield, and consistency matter.

Additional operational benefits to consider

• The system monitors and records cutting data

• Abnormal conditions trigger automatic alarms

• Cutting progress and data can be viewed remotely on a mobile device

These features help operators detect issues early and manage production more predictably, especially during long cutting cycles.

What to confirm before deciding
Clarify whether your priority is controlled, reliable cutting with traceable data, or maximum material removal speed.

They do different jobs on the same production line. The wire saw cuts blanks and 3D monument profiles from stone blocks — 9 thick tombstones per proven parallel batch on this machine — while the engraving machine adds lettering, portraits and relief after profiling. Most memorial producers run the wire saw first and finish with the engraver.

Nine thick tombstones have been cut in parallel in proven customer production. The actual batch quantity depends on workpiece thickness and the available cutting width, so thinner memorial pieces can be arranged in larger batches. DINOSAW can calculate the practical batch quantity from your tombstone dimensions before configuration.