Bambu Lab, Creality, Elegoo, Anycubic, Prusa and Snapmaker all landed on the same answer for a fast enclosed CoreXY printer with a build volume under 280 mm: a frame a little under 20 inches on a side, a toolhead that changes direction thousands of times a print, and a multi-material unit that sits on top or beside it. That is why one Clearview Core XY enclosure fits the whole class — 23.75 × 23.5 inches, 24 inches tall for the printer alone or 31.5 inches tall with the AMS, CFS, ACE or MMU inside — and why one table fits under all of them.
They share the physics too. Every hard direction change is an impulse into whatever the printer stands on. A surface that flexes stores that energy and hands it back to the toolhead, where it prints as faint echoes trailing every corner and every letter. Input shaping compensates for the machine. Nothing in the firmware compensates for the furniture.
You’re not shopping for a table for one printer. You’re setting up the bench for the class — and the next machine in it will fit the same enclosure, on the same table.
A robust aluminum extrusion frame cut to the Core XY enclosure footprint, with shelf rails ready for a storage cabinet underneath. Add the cabinet, a keyed lock for it, and locking casters so it rolls between rooms and out from the wall for cleaning. A height set so the door, the top hatch and the multi-material unit sit where your hands and eyes already are.
The top extends exactly half an inch past the enclosure on every side. Enough overhang to level, latch, and grip. Not so much that you’ve bought a piece of furniture you have to find room for.
| Size | Fits enclosure | Table top | Table height | Working height |
|---|---|---|---|---|
| Standard | Core XY — 23.75 × 23.5 × 24 in | 24.75 × 24.5 in | 30 in | 54 in to top of enclosure |
| Tall | Core XY, tall — 23.75 × 23.5 × 31.5 in | 24.75 × 24.5 in | 28 in | 59.5 in to top of enclosure |
Both sizes use the same 24.75 × 24.5-inch top — the enclosure footprint doesn’t change, only its height. The tall enclosure carries a multi-material unit — AMS, CFS, ACE or MMU — inside and ships on a frame two inches lower, so the top of a 31.5-inch enclosure lands at 59.5 inches instead of 61.5: the hatch stays something you look into, not something you reach over.
Any printer that goes in a Clearview Core XY enclosure (23.75 × 23.5 inches) goes on this table. Built for the under-280 mm class:
| Printer | Build volume | Table size |
|---|---|---|
| Bambu Lab X1C, X1 Carbon, P1S, P1P | 256 × 256 × 256 mm | Standard or Tall (AMS inside) |
| Bambu Lab X2D, P2S | 256 × 256 × 260 mm | Standard or Tall (AMS inside) |
| Creality K1, K1C | 220 × 220 × 250 mm | Standard |
| Creality K3 (KliTek four-nozzle) | 260 × 260 × 260 mm | Standard or Tall |
| Elegoo Centauri Carbon | 256 × 256 × 256 mm | Standard or Tall |
| Elegoo Centauri Carbon 2 Combo | 256 × 256 × 256 mm | Tall only |
| Anycubic Kobra S1, Kobra S1 Combo (ACE Pro) | 250 × 250 × 250 mm | Standard or Tall (ACE inside) |
| Snapmaker U1 (four-toolhead) | 270 × 270 × 270 mm | Tall only |
| Prusa Core One | 250 × 220 × 270 mm | Standard or Tall (MMU inside) |
Two larger machines share the same enclosure shell and fit this table too: the Creality K1 Max (Tall) and the Creality K2 Pro and K2 Pro Combo (Standard or Tall), both 300 mm builds. Running a K2 Plus, H2D, Core One L, QIDI Plus4 or SV08? Those take the Core XY XL enclosure — see the Core XY XL table.
Pick the size that matches your enclosure: Standard for the 24-inch enclosure that holds the printer alone, Tall for the 31.5-inch enclosure that carries a multi-material unit inside. If you’re ordering the enclosure at the same time, choose the same size on both.
See the full enclosure table fitment guide for every machine we build for.
Built on a robust black aluminum extrusion frame with cast corner brackets and M8 hardware — the same structural system used for CNC machine frames and industrial workstations. The top is 3/4″ melamine: flat, sealed, wipes clean, and won’t telegraph a heat cycle the way a raw wood top will.
The renderings on this page show the workstation table as a system — frame, top, storage cabinet kit and casters. The cabinet kit and casters are options; the standard table is the open frame with leveling feet. The images are general-fit images used across the table line, not a render of this exact SKU. The geometry is what’s specific to you: the dimensions listed above are the dimensions you receive, and the top is cut to sit half an inch proud of the enclosure on every side — +1″ in width, +1″ in depth, every time.
One note on finish: the renderings show a wood-tone top. Yours ships as 3/4″ edge-banded melamine — the geometry in the images is right, the surface is melamine.
A printer in this class, its enclosure, a multi-material unit, a spool bank and a large part add up faster than the spec sheets suggest. This frame is specified for a 120 lb working load with margin for motion — because the number that matters isn’t what the table holds sitting still, it’s what it holds while a fast machine throws mass around on top of it.
Four leveling feet, standard on every table, handle a garage slab that isn’t as flat as you think it is. A machine that rocks a millimeter is a machine that ghosts.
Most of this class is enclosed for one reason: ABS, ASA, nylon and PC. Those are the filaments that put styrene, other VOCs and ultrafine particles into the room. An enclosure contains those emissions. It does not make them disappear. Where the exhaust goes, how the intake breathes, and whether the hose has a clean run to a window or a filter are workspace decisions — they get solved at the bench, not in the slicer.
This table is built to be part of that system: an open frame that never pinches a hose, T-slot channels on every rail for cable and duct management, and a footprint sized so the enclosure — not the table — decides how close you can sit to the wall. Give the 4-inch exhaust a clean run behind it and you’re done. If you’re running ABS, ASA, or nylon anywhere near where people sit, this matters more than the print quality argument does.
Every table ships with the shelf rails already in the frame. The storage cabinet kit bolts onto them: a melamine shelf, smoked acrylic back, ends and front, and a laser-cut door on T-slot hinges with a pull and magnetic catch. The cabinet is 18.7″ clear on both frame heights. Filament, dryers, nozzles, tools and spares stay dust-free and out of sight. Add it with the table or bolt it on later; it uses the same slots.
Available with the cabinet kit, keyed alike across your tables. If you run this machine in a classroom, a shared lab, a makerspace, or any shop where more than one person walks past it, you already know why that’s on the list. Consumables walk. This is the version of the answer that doesn’t involve a plastic bin and hope.
A set of four in place of the leveling feet. The workstation rolls between rooms and out from the wall for cleaning — a library sharing one printer across programs, a classroom, a shop floor that gets swept — then locks where you leave it. The shelf rail sits low on the legs, so there’s almost no unbraced leg to flex when a caster meets a door threshold. Table height stays the stated height either way.
Here’s the part worth thinking about before you compare prices.
The printer on it today will not be your last. Two years from now there’s a faster machine with a different footprint, and the bench you bought for this one is either the right size by luck or it’s scrap. Extrusion doesn’t work that way. Every surface of this frame is a mounting rail. Re-drop the T-nuts, move a rail, add a shelf, hang a spool holder, bolt on a monitor arm, restretch it for the next machine. It reconfigures because it was designed to be reconfigured.
You’re not buying a table for a printer. You’re buying the bench that survives the next three.
Every extrusion arrives cut to final length, deburred, and labeled, with the leg bores already tapped for the feet or casters. The top comes CNC-cut with the mounting holes counterbored, and the shelf rails are already in the frame, ready for the cabinet kit. Brackets, T-nuts, and hardware are counted and bagged by step. Flat-pack keeps the freight sane and keeps the price honest — you’re paying for aluminum and precision, not for air in a box.
Assembly is straightforward and takes one person about two hours. No welding, no drilling, no cutting. If you can build the enclosure, you can build this. Prefer it ready to run? Choose the assembled option and it arrives built.
Cut, kitted, and shipped by the same shop that makes your enclosure. Same tolerances, same people, same phone number when you have a question. Backed by our 100% satisfaction guarantee and a 1-year warranty against manufacturer defects.
Running something outside this class? We build these for every enclosure in our catalog, and for machines that aren’t. Send us your model and we’ll confirm the exact footprint, height, and load rating before you order.
We can ship to virtually any address in the world. International orders include brokerage fees for customs. Duties, VAT, taxes, and other fees may need to be collected prior to delivery. Every country and local is different so we cannot provide an exact estimate of these fees.
When you place an order, we will estimate shipping and delivery dates for you based on the availability of your items and the shipping options you choose. Depending on the shipping provider you choose, shipping date estimates may appear on the shipping quotes page.
Please also note that the shipping rates for many items we sell are weight-based. The weight of any such item can be found on its detail page. To reflect the policies of the shipping companies we use, all weights will be rounded up to the next full pound.