Best Build Plates for Bambu Lab P1S of 2026

At 100°C, most build plates are a reminder to keep your fingers moving. The CryoGrip Pro Glacier's hollow cutout gives you a place to grip the sheet while it is still warm, and that small bit of handling ease is the first thing we noticed. It is not a gimmick; it changes how willing you are to pull a plate off and flex it between prints.

The Glacier surface is smoother than the textured PEI most people picture. It leaves a satin, almost fine-grained bottom, and BIQU lists lower bed temperatures for PLA and PETG: 45-55°C for PLA and 60-70°C for PETG. We like that for quick PLA parts because the plate does not need a long heat soak, and the seven-layer cobalt oxide coating is meant to keep the surface stable. The trade-off is a surface that shows oils, so a quick wipe before every print is part of the deal.

The magnetic base grips the P1S bed firmly, and prints release with a flex once the plate cools. It is a plate we reach for with broad PLA and PETG parts, where a satin bottom is the goal and the first layer has plenty of surface to hold.

Two surfaces on one plate sounds like a free upgrade until you read the fine print: the smooth PEI side usually wants a glue stick for anything beyond PLA. Understanding that routine is the key to liking the UniTak3D plate, because the textured side is the one that behaves like a conventional PEI sheet.

We rate the textured side as the more dependable of the two. It has the familiar PEI bite and releases cleanly after the bed cools, and the 300°C rating covers high-temperature filaments. The smooth side is the one we treat as a specialty surface: it makes a clean, flat bottom and is genuinely nice for PLA, but UniTak3D itself calls for glue on non-PLA filaments. If you want a glossy finish for display pieces, it is a useful option to have; if you print PETG constantly, use the textured side and save yourself the glue routine.

At 257 x 257mm it drops onto the P1S bed without alignment drama, and the double-sided build means a worn face does not retire the whole plate. The plate is a sensible choice when you want two finishes in one sheet and you are willing to keep glue on the shelf.

The Wefuit plate is so close to our top pick on paper that the useful question is why it deserves a place. The answer is simple: a second 0.77mm textured sheet lets you keep one plate clean for PLA and another for PETG without swapping profiles or scrubbing between prints.

Like the SAHVAIM, it is double-sided textured PEI with a 0.77mm spring-steel core and a 300°C heat rating. The surface has the same matte grain and the same no-glue approach for PLA and PETG; prints release with a flex once the bed cools, which is the habit to build with any PEI sheet. The QR code is the one place it gives up ground: it reads on only one side on some X1-series machines, so if you rely on plate detection, mark the working side.

For a P1S, that QR limitation is close to irrelevant because the printer is not doing the same lidar-based plate check as an X1. That makes this a sensible second plate: keep it for PETG if you are tired of sharing one surface, or use it as the plate you do not mind abusing with a brim. The value is in having the same thick-sheet behavior without a different learning curve.

The SAHVAIM PEO/PET plate is the one in this group that changes the bottom of a print rather than just holding it. One side presses a diamond PEO pattern into the first layer; the other leaves a carbon-fiber texture. Pattern plates are usually sold as a cosmetic upgrade, but the practical appeal is repeatable: you get a finished-looking bottom without sanding or a second step.

The diamond side catches light in a way that reads geometric rather than glittery; the carbon-fiber side is subtler and works better on functional parts where a woven look makes sense. We like that the two sides give you a choice instead of committing a whole plate to one effect. The spring steel is the same 257 x 257mm format as the rest of the P1S plates here, and the 150°C rating covers PLA, PETG, and TPU comfortably.

The pattern depends on a clean first layer: oils and dust blur the transfer, and the surface needs a wipe before every print. Adhesion is good enough for normal PLA and PETG parts, but this is not the plate we choose for tiny, tall prints or hot engineering materials. Treat it as a specialty plate for display pieces and coasters, not the sheet that lives on the printer for every draft print.

Tinytrees is selling a mood as much as a bed surface: one side ripples like water, the other flickers between ice and flame. The effect is the point, and it lands on the bottom of a print with more drama than a standard textured PEI grain. The plate is a 257 x 257mm spring-steel sheet with a smooth holographic coating on both sides, so it swaps onto the P1S bed like any other plate.

We found the adhesion story more mixed than the finish. PLA stuck well on a clean surface, but the smooth coating is less forgiving than textured PEI, and a fingerprint or a skipped wipe can cost you a first layer. The plate releases cleanly after cooling, and the spring steel stays flat in normal use. PETG is the filament we approach cautiously, because smooth coated surfaces can grip it aggressively.

The bigger concern is longevity. Holographic films are cosmetic layers, and they can wear, cloud, or pick up a welded patch if a print is pried off hot. Treat this as a specialty plate for good-looking bottoms, not the one you leave on the printer for every draft print. For the right project, the effect is worth the extra care.

COMTREE's dual-surface plate is the luxury option in this group: one side textured PEI for grip, the other smooth PEI for a matte, flat bottom. The combination is not unique here, but COMTREE gives it a more substantial feel.

The package is heavier than the other plates we handled, and the sheet has a stiffer, furniture-like solidity when you pick it up. The smooth side is aimed at dimensional accuracy on the Z axis, which matters if you print parts that stack or interlock. The matte finish is a nice middle ground if you find glossy bottoms too plastic-looking.

The textured side grips PLA and PETG well and releases after cooling; the smooth side is the one to test with a small print first, because smooth PEI can be fussy about cleanliness and first-layer squish. We see the appeal for someone who wants one plate to cover both a utility finish and a display finish without juggling two sheets. It is a plate for the person who already knows they like a matte bottom.

It earns a place for the P1S user who wants one plate to cover both a utility finish and a display finish and likes the heavier feel. It does not beat the textured plates here on simple adhesion, and it does not pretend to. The decision comes down to whether the smooth matte bottom is worth a dedicated plate for you.