Getting Started

Yes. Tina2 Plus arrives pre-assembled and keeps the automatic leveling and app-friendly workflow of the Tina2 family, but it is aimed more at users who want higher speed, a heated PEI bed, broader material support, and extra print-management features as they grow beyond basic PLA projects.

Getting Started

Tina2 Plus is the performance-focused Tina2 model. It reaches up to 250 mm/s, uses a heated PEI build plate up to 80 °C, supports PETG, includes filament runout detection and power-loss recovery, and has a 100 × 110 × 100 mm build volume. Tina2S is the middle option at up to 150 mm/s with a 60 °C heated spring-steel bed, while Tina2C is the simplest beginner model at up to 100 mm/s without a heated bed.

Getting Started

Tina2 Plus has a 100 × 110 × 100 mm build volume and a maximum print speed of up to 250 mm/s. It offers the largest Y-axis build dimension and the highest listed speed of the three Tina2 models.

Printing & Materials

Tina2 Plus supports PLA, PLA Pro, TPU, and PETG with standard 1.75 mm filament. Its heated PEI build plate reaches up to 80 °C, giving it the broadest bed-temperature range in the Tina2 lineup.

Printing & Materials

Yes. Tina2 Plus uses 9-point automatic bed leveling and a high-flow quick-release nozzle. The maximum nozzle temperature is up to 245 °C.

Printing & Materials

Yes. Tina2 Plus includes a filament runout sensor, supports power-loss recovery, and supports quiet printing. These features make it the most feature-complete option of the three models for longer or more demanding home projects.

Wi-Fi & Software

Yes. Tina2 Plus supports app/Wi-Fi workflows as well as TF-card printing, so you can switch between connected convenience and an offline file-transfer workflow.

Wi-Fi & Software

Yes. Use a Tina2 Plus-specific profile in a compatible slicer such as Cura or WiiBuilder. The Plus profile matters because its build area, speed, heated bed, and material settings differ from Tina2C and Tina2S.

Wi-Fi & Software

No. Wi-Fi/app printing is available for convenience, but TF-card printing gives you an offline option after you prepare the model in a compatible slicer.

A paid cloud plan is not required for a desktop-to-TF-card workflow: prepare G-code with a compatible desktop slicer and print from the card. UltiMaker Cura is free to download. App accounts, cloud services, and paid model libraries have their own terms; check these separately. Desktop downloads are listed for Windows and macOS—check the requirements for your exact device, especially a Chromebook or iPad. Check software & device compatibility.

Tina2 printers print one filament color at a time. They do not use multiple print heads or an integrated multi-filament feeding system for multicolor printing. To change colors, manually replace the filament using the printer’s load/unload procedure, then extrude until the old filament color is fully purged and the new color flows consistently. Start the next print only after this purge is complete.

You can begin with a ready-made model instead of designing from scratch. A downloaded STL is a design file: it normally needs to be sliced into printer-ready G-code using the profile for your exact model. Do not copy random G-code made for a different printer. Check model dimensions and the file’s license, particularly if you plan to sell prints. Find model-specific software.

Use 1.75 mm filament of a material supported by your selected model. Different brands may need different temperature and print settings, so standard PLA is the easiest place to begin. Filament diameter and physical spool size are separate checks: a larger reel may need a suitable external holder with a clear feed path. Ask support to confirm the holder and material for your intended spool before buying in bulk.

Treat it as a supervised family activity. An adult should handle setup, hot-part access, maintenance, and troubleshooting. Use a stable surface in a well-ventilated space, with room for moving parts and the spool. Keep hands away from the hot nozzle and moving mechanism. PLA printing still releases particles and gases; a compact housing or low odor does not replace ventilation. Read the manual and NIOSH home-printing guidance.

FDM builds in layers, so some layer texture is normal. Small lettering, delicate features, overhangs, and support-contact areas are harder to reproduce cleanly. Orientation and layer height change the result; smoother finishes can involve extra print time, sanding, or painting. Start with a simple design made for FDM and compare an actual printed sample, rather than a rendered model image, when judging the finish.

First try a supplied test model with the recommended PLA settings. Check that packing is removed, filament feeds freely, the plate is prepared as instructed, and the first-layer/Z-offset setup follows your manual. Auto leveling does not solve every adhesion issue. Keep filament dry and expect occasional cleaning and replacement of wear parts. If it still fails, send your printer model, order number, error message, and a clear photo/video to support@entina3d.com. Open the support hub.

The motors and cooling fans still make noise during printing, and a longer job may run for hours. A quiet-printing feature does not mean silent operation. Use a stable work surface, allow space for ventilation, and choose a location where normal machine sound will not interrupt sleep or calls. For a sound-sensitive room, ask support for a demonstration of the exact model before choosing.

For purchases made directly from this store, change-of-mind requests are within 14 days of delivery and require an unused, complete product in original condition; the customer pays return shipping. Eligible quality issues, transit damage, or incorrect items may qualify for return/replacement support within 30 days, with eligible shipping covered after confirmation. A separate 1-year quality warranty applies, with conditions and exclusions. Contact ENTINA before returning anything; this is not an unrestricted used-product trial. Read the full return & warranty policy.