Multi-head Automatic Marble & Granite Polishing Machine

This high-volume slab polishing machine is designed to handle a wide range of natural and engineered stone slabs commonly processed in production lines.

Stone materials typically polished on this line

• Granite (including hard and medium-hard varieties)

• Marble

• Limestone

• Travertine

• Sandstone

• Quartz stone

• Engineered stone slabs

• Other man-made stone slabs used in flooring and wall cladding

In slab production, different stones respond very differently to polishing.
Dinosaw configures polishing heads and abrasives based on stone hardness, structure, and surface response, rather than treating all materials the same.

This allows one polishing line structure to be adapted for multiple stone types while keeping the process stable and predictable.

What to consider before deciding
List the main stone materials you process on a daily basis and confirm whether your polishing setup needs to switch between different stones within the same production line.

This machine is built for continuous, high-throughput slab production, where polishing is one station in a larger processing line.

It is designed to run:

• Long production cycles

• Repeated slab formats

• Stable, predictable polishing sequences

Dinosaw positions this machine for factories where polishing is not an isolated task, but part of a planned production rhythm connecting cutting, handling, and finishing.

What to consider before deciding
Consider whether your polishing stage operates continuously or intermittently during a production day.

The difference lies in how the machine fits into the overall workflow.

This machine is designed to:

• Accept slabs automatically from upstream equipment

• Process slabs in a continuous sequence

• Deliver slabs directly to downstream handling or drying stages

Rather than focusing on flexibility for individual pieces, the structure, head arrangement, and control logic are optimized for line stability and repeatability.
This is why Dinosaw treats it as part of a system, not a standalone polisher.

What to consider before deciding
Evaluate whether polishing in your factory is meant to operate independently or as part of a synchronized line.

Consistency is achieved through controlled process repetition, not operator-dependent adjustment.

In a production line setup:

• Polishing parameters remain stable across batches

• Head movement and pressure follow defined sequences

• Abrasive progression is managed as part of the process

By treating polishing as a repeatable industrial process, Dinosaw helps customers reduce variation between slabs and limit downstream correction work.

What to consider before deciding
Think about how much variation you currently see between slabs in the same batch and whether consistency is becoming a production priority.

The difference is not just the number of polishing heads, but how the machine works within a production line.

Single-head or bridge-type polishers are typically used for:

• Individual slabs

• Small batches

• Flexible, non-continuous polishing work

This high-volume polishing machine is designed for continuous slab flow, where slabs move through polishing as part of a fixed rhythm.
Dinosaw builds this machine to operate as a core station in a slab production line, not as a standalone unit.

What to consider before deciding
Confirm whether your polishing work is intermittent or part of a continuous slab-processing workflow.

Yes. Polishing head configuration is one of the key reasons customers choose Dinosaw for production lines.

Different stones—such as granite, marble, quartz, or engineered stone—respond differently to polishing.
Dinosaw configures polishing heads, abrasive types, and process sequences based on the stone material being processed, rather than using a one-size-fits-all setup.

This allows the same polishing line structure to adapt to different stone types while keeping production stable.

What to consider before deciding
Identify the main stone materials you run on your line and whether material changes are frequent.

This polishing machine is designed to be directly connected with upstream and downstream equipment in a slab production line.

In a typical setup, slabs:

• Enter the polishing machine automatically from upstream handling equipment

• Move through polishing in a continuous sequence

• Exit smoothly to downstream drying or stacking stages

Dinosaw approaches polishing as part of a system, ensuring machine layout, height alignment, and control logic match the rest of the line.

What to consider before deciding
Review your current or planned slab flow and confirm where polishing sits in the overall process.

In real production lines, polishing does not operate alone.

A typical slab polishing line is often equipped with:

• Flipping machines for slab loading and unloading

• Vacuum lifters for safe slab handling

• Transfer tables or buffer racks between processes

• Air-blowing or drying units after polishing

Dinosaw helps customers plan these supporting units so that slab movement remains smooth and polishing does not become a bottleneck.

What to consider before deciding
Assess whether your current setup already includes handling and drying equipment, or if they need to be planned together with polishing.

Installing a slab polishing line requires planning beyond the polishing machine itself.

Key points to plan include:

• Slab size range and daily output targets

• Upstream and downstream process connections

• Space layout and material flow direction

• Power, water, and slurry management

Dinosaw typically works with customers at this stage to align machine configuration with real production conditions, helping avoid mismatches between equipment and workflow.

What to consider before deciding
Look at polishing as part of a complete production system, not an isolated machine purchase.

Two decisions: width, then volume. Width first: the TBMJ-1200 series covers 400–1300 mm boards for narrow slabs, engineering panels and mid-size production; the DBMJ-2000 series covers 600–2100 mm full-size big slabs. Then scale head count to daily volume, material, target gloss and the abrasive sequence length — 12 heads suit entry-level continuous production, 16–20 heads serve volume slab plants (the reference 16-head configuration reaches 240 m²/h on marble and 290 m²/h on granite), and 24 heads maximize the TBMJ platform. More heads also mean a more gradual gloss progression. Allow line-length budget too — the machine grows with head count. DINOSAW can model the configuration against your daily slab count and material mix.

The production model is fundamentally different. A single-head bridge polisher (like the QDMJ series) works one slab at a time through repeated cycles — flexible, economical, ideal for job shops and varied products. A continuous multi-head line moves slabs on a belt through 12 to 24 heads in one pass, with automatic loading, laser profile detection and air-drying between stages — built for volume plants where dozens of slabs per shift must exit at consistent gloss with minimal labor per slab. Rule of thumb: varied products and moderate volume point to a bridge machine; standardized big-slab volume points to a line.

The abrasive geometry follows the stone. Marble lines run horseshoe-type heads whose shape and segment layout match marble's calcite structure and polishing response; granite lines run fickert-type heads built for the hardness and abrasion resistance of silicate stone. Running the wrong head type costs gloss and abrasive life, so the head configuration is fixed at order time per the material the line will polish. Lines that genuinely split production between marble and granite should discuss mixed-configuration options with DINOSAW before ordering.