Stonecutter
Stonecutter converts stone-family blocks into slabs, stairs, and walls one-to-one — far more efficient than the crafting grid.
Description
The key efficiency advantage is one-to-one conversion. The crafting grid wastes material: turning one block into stairs requires six in a 3×3 pattern producing only four stairs, a net loss of two-thirds. The stonecutter converts a single block into a single stair, slab, or wall (slabs come out at two per block, the only exception). Builders working on big stone-themed structures can therefore use a fraction of the raw resources, and inventory management stays cleaner because intermediate polished or brick variants no longer need to be crafted manually first.
Guide
How to use a Stonecutter in Minecraft
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1
Craft or find a Stonecutter
Craft a Stonecutter on a crafting table using one iron ingot in the top-centre slot and three stone blocks filling the entire bottom row. Stonecutters also generate naturally in village stone mason houses, so you can pick one up with any pickaxe.
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2
Place the Stonecutter in your build area
Place the Stonecutter anywhere accessible. Right-click (or use the secondary action button) to open its two-slot interface: a single input slot on the left and an output panel on the right.
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3
Insert a stone-family block
Drop any compatible block into the Stonecutter's input slot — stone, granite, andesite, diorite, sandstone, deepslate, prismarine, blackstone, or their polished and brick variants all work. Wood, dirt, and most non-stone materials are not accepted.
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4
Select your desired output
The output panel immediately lists every shape available for that block: slabs, stairs, walls, chiselled variants, and polished forms. Click the desired output to highlight it, then click the output slot or shift-click to move the result directly into your inventory.
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5
Compare efficiency against the crafting table
One stone block in the Stonecutter yields one stone stair — a 1:1 ratio. The same operation on the crafting table requires six stone blocks and returns only four stairs. Use the Stonecutter whenever building large stone structures to conserve material.
Slabs are the only exception to the 1:1 rule: one input block produces two slabs. The Stonecutter does not process wood, metal, or non-stone blocks.
How to craft this block
Frequently asked questions
What blocks does the Stonecutter accept?
The Stonecutter accepts any stone-family block: stone, granite, andesite, diorite, sandstone, red sandstone, deepslate, prismarine, dark prismarine, prismarine bricks, blackstone, basalt, cobblestone, mossy cobblestone, and all polished, brick, or chiselled variants of the above. Wood, dirt, glass, metal, and most non-stone blocks are not compatible.
Is the Stonecutter more efficient than the crafting table for stairs?
Yes. Crafting stairs on the crafting table costs six stone blocks and yields only four stairs — a 33% material loss. The Stonecutter converts one stone block into one stair at a 1:1 ratio, saving one-third more material per stair produced.
Does the Stonecutter work with wood?
No. The Stonecutter only processes stone-family blocks. Wood planks, logs, and other wooden materials cannot be placed in the Stonecutter's input slot. A dedicated woodworking bench equivalent does not exist in vanilla Minecraft — wooden slabs and stairs must be crafted on the crafting table.
What is the Stonecutter's role for the Villager stonemason profession?
The Stonecutter is the job site block for the stonemason (石工) villager profession. An unemployed villager standing near a Stonecutter will claim it and become a stonemason, unlocking trades for stone bricks, chiselled blocks, glazed terracotta, and quartz products.
Can the Stonecutter convert andesite into polished andesite?
Yes. Placing andesite in the Stonecutter's input slot displays polished andesite as an available output, at a 1:1 ratio. This also works for granite to polished granite and diorite to polished diorite, skipping the crafting table entirely.
Are there any differences between the Stonecutter in Java Edition and Bedrock Edition?
The core mechanic — accepting stone-family blocks and outputting decorative variants — is identical in both Java Edition and Bedrock Edition. Minor differences exist in which specific variants appear in the output list, as Bedrock Edition sometimes offers additional outputs for copper or tuff blocks introduced in later updates.
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