LulzBot TAZ 8 Reviews: See Why 0 Shoppers Rated It 0 Stars!

LulzBot TAZ 8: A Professional 3D Printer Built for Precision and Reliability

When it comes to professional-grade 3D printers, the LulzBot TAZ 8 stands out as a compelling option designed for rigorous prototyping and educational applications. Released in 2024, this model caters to professionals who prioritize precision and upgradeability in their additive manufacturing solutions. Its blend of dual-extruder technology and an expansive build volume makes it a versatile machine poised to meet the demands of complex projects. Built in the USA with a prebuilt assembly, this 3D printer combines user-friendly features with a robust construction, ensuring it holds its own in busy work environments.

Detailed Specs & Features

Based on its engineering data, the TAZ 8 integrates a Cartesian frame type with a generous build width, depth, and height of 11.5 inches each, yielding a solid build volume of 1362 cubic inches. This sizable printing bed allows for ambitious prototypes in a single run, reducing time lost in segmented assembly. It employs a dual-extruder system, though independent dual extruding is not available, and the nozzles are quick-swap capable, enhancing workflow efficiency by minimizing downtime.

The extruder drive type is Bowden, which typically offers faster movement and reduced weight on the print head, improving speed and accuracy. The device supports a broad spectrum of filament types, including PLA, ABS, TPU, and polycarbonate, among others, all at a filament diameter of 2.85 mm. This compatibility with third-party materials offers users flexibility and cost-saving advantages. On the environmental front, the power supply is internal and accepts a wide voltage range of 100-240 Volts, supporting global use. With a maximal rated power consumption of 500 watts and a minimal idle consumption of 15 watts, the printer aligns with professional energy efficiency expectations despite lacking an energy-saving mode.

Design & Build

The TAZ 8's open enclosure design allows for easy access and monitoring of prints, though it misses the safety perks of a fully enclosed system. Its frame is built with durable materials to support the weight of approximately 34.17 pounds, making it stable during operations. Notably, the printer includes a removable magnetic build plate with a smooth surface, optimized for PEI print adhesion, which is widely praised for its reliability in sticking prints firmly throughout their creation.

Performance

In real-world terms, the TAZ 8's official max print speed is an impressive 200 mm/s, though typical effective sustained speeds hover closer to 60 mm/s, balancing quality with efficiency. Layers can be set from a minimum of 100 microns to a maximum of 400 microns, allowing for detailed prototyping or faster draft printing depending on project needs. The printer boasts a solid print success rate of 95%, signaling reliability, and includes helpful recovery features like print recovery and an automatic first layer calibration, enhancing the ease of use. However, it lacks fault detection for spaghetti prints, which means users must stay more vigilant during print jobs.

Hardware Features

Unlike many modern 3D printers, the TAZ 8 forgoes a touchscreen in favor of a smaller 3-inch screen with 128x64p resolution, adequate for navigation but somewhat limiting for complex operations on-device. It comes equipped with filament runout detection and power loss recovery, two critical features to maintain print continuity. Cooling fans are included to manage temperature smartly. However, the device doesn't support a heated chamber or chamber lighting, which are often appreciated in professional settings for print consistency and visual feedback.

Connectivity & Software

Connectivity options are practical if basic, with USB and SD card support for file transfer. Although it lacks remote monitoring or cloud-based software, the use of widely supported slicers like Cura ensures a familiar workflow for many users. API/SDK integration is available, providing advanced users the ability to customize or extend functionality. Firmware updates can be done manually, but do not support remote updating, reflecting a more traditional approach to maintenance.

Pros & Cons

Pros

• Robust Build Volume enabling large prototypes.
• Versatile dual-extruder system with quick-swap nozzles.
• Wide filament compatibility, including third-party materials.
• Reliable safety features include FCC certification, overheat protection, and an emergency stop button.
• Print recovery and filament runout sensors enhance print success.

Cons

• No enclosure or heated chamber, which can affect print stability with certain materials.
• Lack of touchscreen and limited display functionality compared to competitors.
• No remote monitoring or cloud integration, limiting modern workflow convenience.
• Requires manual filament drying and does not support multi-material printing.

Price & Value for Money

Priced at $5395 at MatterHackers, the TAZ 8 sits toward the higher end of the professional desktop 3D printer spectrum. Given its one-year warranty and the wide power supply voltage range accommodating global compatibility, the price feels justified for users who need reliable, large-format printing with dual extrusion. However, those seeking modern connected features or a fully enclosed print environment might find better value elsewhere. This printer is ideal for professionals and educational institutions invested in stable and upgradeable hardware rather than wireless convenience.

Quick Take

In short, the LulzBot TAZ 8 excels in providing professional users with a dependable, large-format dual-extrusion 3D printer grounded in solid engineering and measurable accuracy. If we look at the numbers alone, this printer's build volume, filament compatibility, and recovery features present compelling reasons to invest, despite some dropped points on modern connectivity and enclosure features.

Closing Recommendation

The LulzBot TAZ 8 may be ideal for professionals and educators who prioritize precision, build size, and material versatility over advanced connectivity or multi-material printing capabilities. Its solid safety certifications, paired with an upgrade path including laser and CNC mods, help users achieve a flexible and scalable printing workflow. For those who value open hardware architecture and proven mechanical reliability, this printer offers clear, measurable benefits.

Verdict

Rating: Based on the specifications and overall feature set, we believe LulzBot TAZ 8 deserves 4.2 out of 5.

• Winner Feature => Generous build volume paired with dual extruders and quick-swap nozzles enhances versatility.
• Needs Improvement => Missing enclosure and modern connectivity features limit user convenience and print environment control.