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Powder Potential

An Industrial Disruptor? Loopzizo Launches a Sub-$10K Desktop SLS 3D Printer

Picture ofCarolyn Schwaar
by Carolyn Schwaar
Published Dec 19, 2025

Built around a 5-watt laser engine, the Loopzizo K-100 enters a growing compact SLS market by prioritizing automation and open-source material compatibility.

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What serious maker or machine shop doesn’t want an affordable SLS 3D printer to crank out injection-molding-quality tough nylon parts? Who isn’t green with envy over those who can drop $20-$30K on a Formlabs Fuse or a Sinterit Suzy?

Fortunately, there’s been some movement in the compact SLS market toward affordability with the latest machine just launching on Kickstarter —  the Loopzizo K-100 — at just $8,000, but with current discounts.

Small, Affordable SLS Is Already Here

The Loopzizo has a relatively low-power 5-Watt laser compared to the more common 30-Watt found on Sinterit and Formlabs machines (Source: Zoopzizo)

Before unpacking the K-100, it’s worth surveying the landscape. SLS manufacturers, like Sinterit, have positioned compact SLS systems toward professional prototyping and low-volume production. Other entrants, like the reliable Formlabs Fuse, focus on delivering fine-detail parts in a desktop footprint and a complete ecosystem of products and materials. Market data suggests that this shift is more than anecdotal: compact SLS printers are becoming a distinct and growing segment of the broader additive manufacturing market, with industry analyses projecting expansion as SMEs and educational institutions adopt these technologies.

Against this backdrop, the Loopzizo K-100 doesn’t claim to reinvent desktop SLS — but rather to push the usability and workflow aspects that often separate promising hardware from workable solutions.

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What the K-100 Brings to the Table

At its core, the K-100 uses what it calls an “industrial-grade SLS engine” with a 5-Watt, 450 nm diode laser to fuse PA and TPU powders into parts that Loopzizo says can reach ~50 MPa tensile strength and withstand temperatures above 120 °C. The unfused powder bed naturally supports each geometry, allowing complex features that are difficult or impossible with FDM and many resin printers.

Where many compact SLS machines still require careful tuning and operator expertise, the K-100 emphasizes automation. After uploading STL, OBJ, or 3MF files over Wi-Fi, the software analyzes and presets parameters, stabilizes chamber temperatures, and optimizes packing — aiming to make SLS feel more like “press go and wait” than “fine-tune and experiment.”

Boosting ease of use is partly why Loopzizo is also launching with the H1 post-processing station, a companion designed to handle depowdering, powder recovery, and reuse in a compact workflow. Such ecosystem thinking mirrors trends seen in other compact SLS offerings, where post-print handling is just as important as in-chamber processes.

Not the Only Game in Town, But Encouraging

The Loopzizo is compatible with TPU from any material maker (Source: Loopzizo)

For engineers and creators who have long waited for a blend of performance, workflow simplicity, and price that doesn’t demand a dedicated workshop or certification, as a concept, the K-100 may be a compelling addition to a growing roster of capable, compact SLS options.

Loopzizo, though, is a somewhat camouflaged Chinese brand (no findable history or staff online), a lot of the links on its website don’t work, and this is its first product. Its parent company Huizhou Loopzizo Intelligent Technology, was established in 2024 and states online that “breaking foreign price monopolies” is a foundation of its business. This is not unusual for Chinese start-ups, of course.

Loopzizo says it has lined up multiple manufacturing and component partners, and promises pre-shipment functional tests and alignment verification for each unit.

Shipping fees will be finalized after the campaign, with customs handled for backers everywhere and shipping offered to contiguous U.S. states. As with any emerging SLS platform, documentation, tutorials, and real-world user experience will significantly shape outcomes once units land on desks.

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Feature Loopzizo K-100 Sinterit Suzy Sinterit Lisa X Formlabs Fuse 1+ 30W
Laser Type & Power 5 W, 450 nm diode laser 30 W IR laser 30 W IR laser 30 W ytterbium fiber laser
Build Volume (mm) 130 × 130 × 130 (TPU mode) 120 × 120 × 130 (nylon mode) 130 × 180 × 330 130 × 180 × 330 165 × 165 × 300
Layer Thickness ~100 μm 75 μm 80–100 μm ~110 μm
Materials Supported PA12, PA11, TPU (open-source powders) PA12 PA12, TPU/TPE, additional powders PA12, PA11, TPU, reinforced nylons (CF/GF), more
Workflow & Automation Wi-Fi upload, automatic parameter setup Professional SLS workflow with touchscreen Professional workflow with modular accessories Highly automated workflow, removable build chamber
Post-Processing Ecosystem Optional H1 all-in-one depowdering & recovery station External powder handling solutions External powder handling solutions Dedicated Fuse ecosystem (Fuse Sift, Blast, etc.)
Typical Price Range $8,000 ($5,199 Kickstarter pricing) ~$20,000 ~$24,000 $33,000+ (depending on bundle)
Editor's Note – This article highlights a Kickstarter crowdfunding campaign. Kickstarter is not a shop; campaigns are under no legal obligation to deliver on crowdfunding promises, nor offer refunds on unfulfilled campaign rewards. For more insight, read our article 8 Things to Watch for When Backing a 3D Printing Kickstarter.

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About the Author:
Carolyn is All3DP’s senior editor and a journalist with 25+ years covering business and technology. Passionate about making tech accessible, her work also appears on Forbes.com.
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