Clearview Plastics  ·  Bambu Lab X2 / P2 Series External Enclosure V4  ·  X2D  /  P2S  /  P2P

Your printer is enclosed.
Your room isn't.

The shell on an X2D or P2S is built to hold heat around the print, and it does that well. What it does not do is keep fumes and particulate isolated to the printer — the stock filter was never built for that job. Heat stays in. Everything else ends up in the room you're standing in. Meanwhile the AMS, every spool you own and the whole filament path sit outside the machine in that same air, collecting whatever dust your shop makes.

The Clearview V4 Enclosure puts a second, controlled volume around all of it. Printer, AMS, spools, material path — one box, with a filtered intake low, an exhaust port high, and a mounting pattern ready for real filtration or a duct run out a window. Bolt-on, cut here, about thirty minutes to assemble, no modification to the printer.

Two heights — 24″ and 31.5″, tall encloses the AMS Four 120 mm ports — two rear, one per side Ships flat-packed · most orders in 10 business days or less

The case for a second box

An enclosure around an enclosed printer isn't redundant. It's the half of the job the machine was never built to do.

A printer's shell is built to hold heat around the print. An enclosure is built to hold air around the printer — and then give that air somewhere to go. Two different jobs. Two boxes.

GAP 01

The air has nowhere to go

Off-gassing happens at some level with every filament — PLA included. Contained air that never leaves the room isn't managed air. The enclosure concentrates it so a filter or exhaust can actually do something with it.

GAP 02

Your material sits outside

The AMS and your spools live in room air — humidity, dust, drafts. The 31.5″ height brings the printer, the AMS and the full filament path into one controlled volume.

GAP 03

The shop gets in

Sanding grit, wood dust, metal chips, pet hair. A machine that shares a bench with a saw or a grinder is pulling all of it through the motion system. A second wall keeps the shop out of the printer.

GAP 04

And then you open the door

Every seal on every machine fails the second you pull a part out. Inside a Clearview enclosure that moment happens in a volume that's still being drawn through the exhaust, not in the middle of your office.

What you're getting — tall size shown

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01

Frame-less front door and top hatch

No frame between the two, so the front and top open as one span — much more room to reach the plate, the machine and the AMS. A side access door reaches the USB port and power switches without opening the front.

02

Filter mounted to a 120 mm port

Every Clearview filter lands on the same pattern. Pick the port that faces the right way for your bench and bolt it on — nothing gets cut or drilled to make it fit.

03

LED lighting, optional

Strip lighting along the top rails so you can watch a print through smoked or clear panels without opening a door. Skip it if your bench is already lit.

04

Room for the AMS

The 31.5″ height carries the AMS atop the printer, inside the box, as usual. Either height can also take it on top of the enclosure — that setup calls for the 1/4″ commercial panels.

05

Printed parts and cable grommets

Corner brackets, latches and mounts print from the included STL files, or arrive in black PETG. Split grommets pass power and USB through the panel instead of through a door gap.

06

Stock spool holder cleared

The printer's own side spool holder loads and spins as shipped. Nothing gets removed or relocated to make the enclosure fit.

Tailored fit

Cut around the machine, not draped over it.

V4 is the fourth revision of this panel set, and the whole point of the revisions is fit. It is dimensioned to the X2 and P2 series specifically — not a universal box shimmed down until it clears. That matters less for how it looks than for how you work. A box that is the wrong size is a box you fight on every print. This one is sized so the machine keeps working the way you already use it.

• Side access door. Placed to reach the USB port and the power switches without opening the front of the enclosure.
• Frame-less front and top. No frame between the front door and the top hatch, so maintenance access is the full opening rather than two smaller ones.
• Stock spool holder. Clears the spool holder as the printer ships. Nothing to remove, nothing to relocate.
• Routing ports on the side and back. For Bowden tube and connection wires. Running the AMS outside the box needs the extended AMS cable and extended Bowden tube.
• Grommeted pass-throughs. A rubber grommet takes the power cable and USB through the panel instead of pinching them in a door.
• 50 mm lid riser compatible. A separate kit, and the one that brings adjustable side air vents.

Printed brackets and grommets

Panels bolt to printed corner brackets — print them yourself from the STL files, or take the pre-printed black PETG kit. Brackets and fittings come in black or Prusa Orange. Split grommets close back around whatever you push through them.

Access that matches the bench

Front door and top hatch open as one span, with a side access door for the ports and switches. The enclosure opens toward the side of the machine you actually stand on.

Ports

Four ports. One pattern.

Two on the rear panel and one on each side panel, every one of them cut to the same 120 mm fan mounting pattern. Ports you are not using ship covered, so the enclosure is closed on day one and ready the day you change your mind.

• Every Clearview filter bolts straight on. Exhaust, recirculating or intake — all three land on the same pattern. Choose them when you configure the enclosure.
• Ducting brackets for hose runs. The exhaust fan housing takes a 4″ flexible hose with a clamp, and the window insert gives it somewhere to end.
• Build your own. 120 mm is an open standard, not a proprietary hole spacing. Any 120 mm fan, adapter or part you design and print bolts on without modifying a panel.
• Put the air where the bench allows. Intake low on one face, exhaust high on another. Four positions means you are not forced to run a hose across the front of the machine.

Filter on the port

The unit mounts flat to the panel on the 120 mm pattern. Exhaust moves air out of the enclosure and outside through the window insert. Reduces fumes and smells.

Intake and recirculating

The intake filter feeds clean make-up air in at a low port. Where a window is not an option, the recirculating carbon and HEPA unit mounts to the same pattern and returns filtered air to the room. Reduces fumes and smells.

Air management

The enclosure contains it. The filter is what mitigates it.

Those are two halves of one system, and they only work together. It is also why this enclosure is not gasketed — restrict the airflow and you neuter the filtration. All three mount to the port pattern and are selectable when you configure the enclosure. Pick the level that matches your space and your sensitivity.

Tier 01 — Exhaust

Exhaust Filter

Vents outside

Fan housing, 4″ hose and window insert, with carbon and HEPA. Moves air outside and reduces fumes and smells. The simplest setup of the three — needs exterior vent access and is slightly bulkier.

Tier 02 — Recirculating

Recirculating Filter

No window needed

HEPA and activated charcoal in a streamlined unit. No window required, reduces fumes and smells, and it holds chamber temperature. Honestly: under heavy high-temp use it isn't always a complete answer on odor.

Tier 03 — Commercial

Print Pro 3 by Donaldson

Commercial grade

Donaldson filtration with far deeper capacity than the other two. Absolute assurance on VOC and particulate mitigation. This is the answer when reduction isn't enough — occupied offices, clinics, labs, anyone who needs certainty rather than reduction.

Which one: for PLA and PETG, the intake and exhaust pair lets you dial in the enclosure temperature and vent straight outside through a 4″ hose. For ASA, ABS and above, the recirculating filter is the one — it keeps down fumes and smells with activated charcoal and HEPA while holding chamber temperature up.

On PLA

Most people assume PLA is completely benign. Our customers who are physicians, engineers, or running professional environments don't make that assumption. Off-gassing happens at some level with every filament. The question is just what level of management is right for your space and your sensitivity.

For institutional buyers

The paperwork your facility is going to ask for.

Schools, labs, aerospace and defense shops, shared makerspaces. The equipment clears the technical review and then stalls on documentation, because someone in EHS or facilities needs written evidence before a machine goes into an occupied room. The safety and compliance document package hands that reviewer what they need in one place.

• Three editable .docx files plus setup help files — a Workplace Safety & Compliance Package, a Room Readiness Guide and a Maintenance & Inspection Guide.
• Written for the printer and enclosure as one system, covering VOC emissions, ultra-fine particles, thermal burn hazards and fire risk by filament type.
• Filament-specific hazard profiles for PLA, PETG, ABS, ASA, Nylon, Polycarbonate and TPU.
• References OSHA 29 CFR 1910, NIOSH 2024-103, ANSI/UL 2904 and Cal/OSHA standards, pre-formatted so you add your facility name, equipment serial number and safety officer.
• Built for EHS audits, insurance reviews, school administration and facility inspections.

For a lot of buyers this is the difference between "we'll look into it" and a purchase order.

Fitment and options

Two heights. Same footprint. The difference is where the AMS lives.

Height 01 — Standard

Printer only

23.75″ W × 23.5″ D × 24″ H 603 × 597 × 610 mm

AMS goes on top of the enclosure, or stays on the bench and feeds in. The shorter box wraps the machine and nothing more.

Table height 28–32″. Minimum table top 26″ × 25.5″.

Height 02 — Tall

Printer and AMS

23.75″ W × 23.5″ D × 31.5″ H 603 × 597 × 800 mm

AMS goes inside, on top of the printer the way it already sits. Spools, filament path and machine all in one controlled volume.

Table height 26–30″. A 31.5″ enclosure on a 32″ table puts the top hatch above eye level for most people.

Both heights: same footprint — the tall version goes up, not out. Plan on a table rated to at least 120 lb, more if the AMS sits on top of the enclosure rather than inside it, since that also raises the centre of gravity. An IKEA LACK is too small at 21.65″ square; use a ~26″ top or two side by side. A table that flexes shows up as ringing in your prints, so pick a solid top over a light one.

Panel options

Base

Clear acrylic front, white expanded PVC surround

An optically clear acrylic front panel so you can watch the print, with white expanded PVC on the sides, rear and top. Five-sided. It performs the same — there is just less to look through.

Upgrade

1/4″ commercial-grade panels, four finishes

If you change one thing on the configurator, change this. Same thickness all the way around, better fit, feel and finish — then pick the material that matches what you print. Required if you plan to set the AMS on top of the enclosure.

• Full clear acrylic
• Smoked tinted acrylic
• Polycarbonate
• Amber orange

Clear acrylic is the best all-round choice and covers almost every filament, including ABS, ASA and PC. Smoked is the same panel with a quieter look. Polycarbonate trades scratch resistance for impact resistance, for the specialised setups that call for it. Amber orange screens UV for resin work.

Panel choice is the one option you can't change after the fact.

Built for the X2 / P2 line specifically

50 mm Lid RiserSeparate kit — brings adjustable side air ventsAccessory

Bowden Tube ExtensionBy the meter, for an externally fed AMSAccessory

Sixth base panelCloses the floor instead of using the benchAccessory

LED lighting kitInterior visibilityAccessory

Heavy-duty metal hardwareA more robust buildAccessory

Vibration dampening feet and padsFive-level lamination, cuts noise and ringingAccessory

Bracket colourBlack or Prusa Orange — STL files included either wayFinish

Intake HEPA filterOnly clean air enters the enclosureFiltration

Exhaust HEPA and charcoal filterFan housing for 4″ hose, plus window insertFiltration

Recirculating HEPA filterKeeps chamber heat up, no window neededFiltration

Print Pro 3 by DonaldsonCommercial-grade filtrationFiltration

Safety and compliance packageSOPs, risk assessment, signageDocuments

At a glance

Fits

Bambu Lab X2D, P2S and P2P — also used on the X1 and P1 series. Bolt-on, no printer modification

Sizes

23.75″×23.5″ footprint, 24″ or 31.5″ tall — the tall size takes the AMS inside

Air

Four 120 mm ports — two rear, one per side. Intake, exhaust and recirculating filters all fit

Ships

Flat-packed, about 30 minutes to assemble. Most orders in 10 business days or less. One-year warranty against manufacturer defects

Why Choose Our X2D/P2 Enclosure V4?

• Precision Fit: Laser-cut for a perfect match with your Bambu Lab X2D/P2, ensuring no gaps for dust or temperature inconsistencies.
• Enhanced Print Quality: Control the printing environment to prevent warping, improve adhesion, and maintain consistent temperatures.
• Healthier Workspace: Minimize exposure to harmful fumes and particles, creating a safer space for both printer and user.
• Noise Isolation: Our enclosures effectively isolate noise coming from your 3D printer, making your printing experience quieter for both you and those around you.
• Frame-less Door Design: Offers a front door and top hatch with no frame between, providing much more access for easy maintenance and all-around access to the printer and AMS.
• Compatible with AMS: The AMS will fit inside the enclosure in the 31.5" version atop of the printer as usual or on top of the enclosure itself with both height versions. Note that setting the AMS on top of the enclosure will require 1/4" Commercial grade panels for added strength. Ports on the side and back offer easy routing of your Bowden tube and connection wires. You will need the extended AMS cable and extended Bowden tube to run outside the enclosure.
• Comprehensive Kit: All you need is included - from panels to hardware, STL files, and precise dimensions for a complete setup.

Transform your Bambu Lab X2/P2 into a professional-grade printing station with Clearview's X2/P2 External Enclosure V4. Customize it to your needs, and enjoy the benefits of a controlled, clean, safe, and quiet printing environment.

As a small business proudly owned and made in the USA, we deeply appreciate your support. We're dedicated to providing exceptional service to ensure your satisfaction. Our enclosures come with a 100% satisfaction guarantee and a 1-year warranty against manufacturer defects. Built by 3D printer enthusiasts for 3D printer enthusiasts, we understand your needs and are committed to delivering quality products that enhance your printing experience. Thank you for choosing us; we're here to make sure you're happy with your purchase.

Who We've Worked With

More About the Clearview Infinity Enclosure

Our main objective was to give your printer an unobstructed view from any angle. At the same time, our enclosures offer easy access with a magnetically latched front door and a cable port to route all your connections. Last, the side access door is perfectly placed to access the USB port and power switches.

We also have adapted options for our Carbon Air Scrubbing filter and vibration dampening feet. Both do as they suggest. The Carbon Air Scrubbing Filter uses a silent fan to pass air through a carbon filter to reduce fumes created from the 3D printing process. Especially if you are printing ABS, you will want to include the filter option. Our Vibration Dampening Feet use a multi material lamination that dissipates vibrations at 5 different levels. If you are printing in an area where printing noise needs to be reduced, this is an essential addition to your 3D printing setup.

for the 3D printing tinkerer within your friends or family.
If you've had problems with parts adhering to the print bed, warping, bad smell, noise, or dust; a Printer enclosure is the right answer for you.

While 3d Printing is a fun, productive activity, do note there are nuisance factors.
-It can be loud if you are printing at home.
-Drafts of air or changes in temperature can lead to warping, print issues, and poor adhesion to the print surface.
-You are working with molten plastics that are known to release VOCs into the air that contain chemicals that are unhealth especially for kids.

Our 3D printer enclosure is the perfect compliment for setting up a safe, productive 3D printing environment with a great look. This printer enclosure includes all the parts you need to assemble (it takes about 30 minutes and we provide instructions) to work with your existing 3d Printer. The front door access provides generous room to access your print bed and printer control panel. We also include a specialized rubber grommet to fit your power cable and USB into the enclosure. Last, we include PETG parts and hardware for final assembly so you can get printing!

Need more information on printing with enclosures? Check these links:

• Benefits of printing with an enclosure
• 3D printing health Government guidelines
• Additional Health studies
• Getting Better prints with an enclosure

**BONUS** as the 3d print world changes, so does our enclosure. We'll give you access to download stl updates to our parts database. This allows you to print updates addons, and mods for free!

FAQ

What is your return Policy?

We have a 30 day return policy. Unused, undamaged panels that still have the masking fully attached are eligible for a full refund less return shipping. If panels are damaged (after shipment) or the protective mask layer has been removed, we cannot offer a refund. For best results in ensuring fitment and to ensure you like the setup of our enclosures consider at least partially assembling with the mask on. If you find out it isn't for you, this allows to get the return for a full refund.

Why would I order Polycarbonate vs. Acrylic?

Panel choice is the only feature on our enclosures that you can't change after the fact. First things first, 1/4" is the best upgrade we offer, if you get nothing else, get 1/4" Panels before upgrading anything else. Polycarbonate is impact resistant, where acrylic is scratch resistant. Acrylic is good for almost all filaments, including high temp filaments like ABS, ASA, and PC. Polycarbonate Panels only need to be used in specialized situations where you require a chamber temperature above 60° C.

Why would I go for a Recirculating Filter vs an Intake / Exhaust Setup?
Firstly, this will depend on the filaments you plan on printing with, for PLA / PETG, we recommend our Intake and Exhaust filters, this allows you to dial in the temperature the enclosure is, and allows for venting the fumes directly outside with a 4" Exhaust hose. For higher temp filaments (ASA / ABS and above), our Recirculating filter shines, it keeps down on fumes and smells with activated Charcoal and a Hepa filter, and it keeps chamber temperature high.

There are some differences between your product pictures. 

We update these often and as a small business it isn't realistic to do a fresh photoshoot for every iteration. In general function is always constant or better as we improve things. For the clearest indication of our current version, please rely on the renderings rather than the photos.

What is included in the Workplace safety and compliance package?

FDM 3D Printer Safety & Compliance Document Pack (3 Editable .docx Files+ setup help files)

• Covers VOC emissions, ultra-fine particles (UFPs), thermal burn hazards, and fire risk by filament type
• Includes Workplace Safety & Compliance Package, Room Readiness Guide, and Maintenance & Inspection Guide
• Filament-specific hazard profiles: PLA, PETG, ABS, ASA, Nylon, Polycarbonate, TPU
  References OSHA 29 CFR 1910, NIOSH 2024-103, ANSI/UL 2904, and Cal/OSHA standards
• Pre-formatted for your facility — add your name, equipment serial number, and safety officer
• Built for EHS audits, insurance reviews, school administration, and facility inspections
• Designed by Clearview Plastics