LulzBot TAZ Pro S Reviews: See Why 0 Shoppers Rated It 0 Stars!

LulzBot TAZ Pro S: Professional 3D Printing With Precision And Versatility

The LulzBot TAZ Pro S emerges as a compelling contender in the professional 3D printer space, aiming to satisfy the demanding needs of industrial engineers, educators, and prototyping experts alike. As a prebuilt FDM/FFF printer tailored for intermediate to advanced users, this model blends robust build capacity with a feature-rich design that speaks directly to efficiency and flexibility. On paper, the TAZ Pro S delivers an impressive build volume that supports larger parts and complex assemblies, making it well-suited for workshops and labs where size and durability matter. But does it really live up to its numbers in practical terms? Let's dive into detailed specs and performance expectations to find out.

Detailed Specs & Features Of The LulzBot TAZ Pro S

Based on its engineering data, the TAZ Pro S operates within a versatile temperature range of 41-113°F and supports power inputs from 100 to 240 volts. This broad input voltage range and integrated internal power supply ensure compatibility across diverse professional environments without additional power conditioning. The unit's dimensions, 32.7 inches wide by 20.5 inches deep, combined with a weight of 43 pounds, balance portability with stable operation. Impressively, its build volume measures 11.22 inches per dimension, yielding a quite ample 1362.4 cubic inches for printing.

Layer resolution ranges from a fine 100 microns to 400 microns, allowing users to dial in print quality as needed. The unit's 0.5 mm nozzle diameter works with a variety of optional sizes from 0.25 mm up to 1.2 mm, enhancing versatility on filament types and detail precision. This printer supports filaments predominantly in 2.85 mm diameter, compatible with a variety of professional-grade plastics including PLA, ABS, TPU, Nylon, and PVA, plus tougher materials like PC and PETG; especially relevant for engineering prototypes. Dual independent extruders enable sophisticated multi-material printing, expanding design possibilities. Further, auto bed leveling and a filament runout sensor underscore a user-friendly hardware setup optimized for continuous productivity.

User Experience & Performance (Based On Specs)

Design & Build

The LulzBot TAZ Pro S is built on a sturdy Cartesian frame with linear rails and belts, conferring precise movement and stable printing despite the sizable build volume. Its open enclosure design promotes good airflow but might limit temperature control, especially given the lack of a heated chamber. In daily use, this could affect the printing of temperature-sensitive materials, requiring careful environmental control. The unit's overall weight and size balance workspace footprint with operational steadiness, while the 43 pounds reinforce a solid build quality.

Performance

On the performance front, the printer's official max print speed is documented at 200 mm/s, but more realistically performs at an effective 60 mm/s, combining decent speed with high fidelity. With a print accuracy of 10 microns and a bridging performance rated at 15 mm, it's optimized to produce complex overhangs and bridges, essential for demanding prototyping tasks. The print recovery and fail-safe features, like auto shutdown on error and a 95% print success rate, add layers of reliability, especially for long runs extending over the supported 100 hours of continuous operation.

Camera / Display / Audio Quality

The printer includes a 5-inch touchscreen with an 800 x 480 resolution, delivering intuitive, responsive control, the kind of usability that streamlines workflow in the middle of detailed jobs. The absence of built-in cameras or lighting inside the chamber limits real-time monitoring visually. Still, the clear and accessible screen somewhat compensates for this by facilitating quick parameter adjustments and diagnostics. Operating noise tops out at 45 dB under heavy loads, a reasonable level for professional settings.

Extra Features

Connectivity is intentionally straightforward, with USB and SD card file transfer methods supporting popular slicers like Cura and Simplify3D, confirming its openness to third-party software integration. Firmware updates are supported, but the printer lacks remote monitoring capabilities, marking it as more of a hands-on machine. Safety-wise, certifications like CE, FCC, and RoHS back its reliability, alongside active overheat protection and auto shutdown, reassuring operators of workplace safety.

Pros & Cons

Pros

• Solid build volume of 1362.4 cubic inches, allowing large prints
• Dual independent extruders for versatile multi-material use
• Wide filament compatibility, including engineering-grade plastics
• Auto bed leveling and filament runout sensor boost usability
• Durable construction and proven safety certifications (CE, FCC, RoHS)

Cons

• Open enclosure design limits thermal control and airflow management
• No filament auto-loading or dry box necessitates pre-print preparation
• Limited connectivity options, no remote monitoring or cloud support
• No energy-saving mode despite a 500-watt power consumption peak

Price & Value For Money

At $4050 at MatterHackers, the LulzBot TAZ Pro S charges a premium consistent with its industrial-grade specifications. Given its 1-year warranty and technically sophisticated power consumption attributes, the pricing feels justified for professional environments requiring reliability and advanced filament capabilities. However, hobbyists or casual users might find the cost steep relative to devices with simplified setups or smaller build volumes. It's best suited for firms or educational institutions needing robust, expandable 3D printing hardware with multi-material support and proven safety credentials.

Quick Take

In short, the LulzBot TAZ Pro S is a workhorse printer engineered for productivity and precision in professional contexts. If we look at the numbers alone, its large build volume and dual-extruder system provide versatility far beyond entry-level machines. Yet the trade-offs in enclosure and limited remote features may steer less demanding users elsewhere.

Closing Recommendation

For businesses and institutions focused on engineering-grade prototyping or small-scale manufacturing, the TAZ Pro S may be ideal. It helps users achieve quality multi-material output without the need for complex assembly or tuning. Those requiring remote control or automated filament management could seek additional upgrades. Still, on its own terms, the TAZ Pro S delivers dependable, precision-driven 3D printing backed by solid, verified specs.

Verdict

Rating: Based on the specifications and overall feature set, we believe LulzBot TAZ Pro S deserves 4.3 out of 5.

• Winner Feature => Strong build volume and dual independent extruders enable professional multi-material printing.
• Needs Improvement => Lack of enclosure and advanced connectivity features limit thermal control and remote usability.