Compact Desktop FDM 3D Printer with Power Adapter for PLA & TPU
$356.60
Description
Turn a small corner of your workspace into a place to experiment, design and learn. This compact desktop FDM 3D printer builds objects layer by layer using 1.75 mm PLA or TPU filament, with a 100 × 100 × 100 mm build volume suited to small models and introductory projects. Try a simple geometric shape, review your first layers, then refine your next design as your confidence grows.
A compatible power adapter is included, with US, UK and EU plug options and black or white printer choices. Offline TF-card printing keeps the printing workflow separate from your computer once the model has been sliced into a suitable G-code file. Assembly, filament loading and manual bed levelling are part of getting started.
Why This Desktop 3D Printer
- A manageable starting scale: The 10 cm build cube encourages small, focused experiments rather than oversized first projects.
- Two supported filament types: Explore PLA and TPU with material-appropriate settings and compatible 1.75 mm filament.
- Offline printing: Transfer prepared G-code using the TF card, then print without a continuous computer connection.
- Hands-on learning: Manual bed adjustment and a removable platform introduce practical setup skills.
- Included starting equipment: A power adapter, TF card, card reader, screwdriver and 10 m of PLA filament support your initial setup.
What Is It For & How It Helps
This printer is positioned for beginners, hobbyists and supervised learning projects. It offers a practical way to connect a digital model with a physical object while learning how orientation, first-layer setup and slicing decisions affect the result.
The workflow matters: an STL model is not directly printable. Prepare it in slicing software with the correct printer profile, generate G-code and save that file to the TF card. Included software and teaching resources support the process, but one-key print control does not eliminate file preparation or calibration.
The build volume is the space available for the printed object, not the size of the printer. Leave additional workspace for the filament holder, cables, moving platform and safe access. Start with simple PLA projects before experimenting with more demanding shapes or TPU.
3D Printer Specifications
| Technology | FDM filament printing |
|---|---|
| Filament | 1.75 mm PLA and TPU |
| Nozzle | Single nozzle, 0.4 mm diameter |
| Platform | Removable, non-heated; manual levelling |
| Print input | G-code via TF card; STL models require slicing |
| Colour options | Black or white |
| Plug options | US, UK or EU |
| Included equipment | Printer components, filament holder, support, screwdriver, TF card, card reader, 10 m PLA filament and compatible power adapter |
| Learning resources | Manual, software and instructional videos on the TF card |
Dimensions & Workspace Guide
Check both the model's sliced dimensions and your available work surface. Allow clearance beyond the machine dimensions for moving parts, the spool and cables.
| Measurement | Centimetres |
|---|---|
| Build volume | 10 × 10 × 10 cm |
| Machine dimensions | 15.5 × 17.5 × 21 cm |
Dimensions are nominal specifications from the product diagrams. The build cube does not include extra space required for supports, brims or other slicing features.
Tips & Suggestions
Your first calibration project
Choose a small, simple model with a broad base. Follow the levelling instructions and observe the first layers before advancing to intricate forms; a modest first project makes setup issues easier to identify.
Geometry and classroom demonstrations
Use small solids to connect digital dimensions with physical shapes in a supervised session. Compare two designs or orientations while keeping the printer on a stable, ventilated work surface away from learners' reach.
Miniature architectural studies
Try a small building massing model that fits the build cube. Review thin walls and overhangs in the slicer, and simplify details that are too fine for an introductory filament-printing project.
Decorative desk models
Explore geometric ornaments or small figurines for display. Treat the sample gallery as inspiration, not a promise that every downloadable model will print unchanged or with the same finish.
Learning digital design
Create a simple model in your chosen design software, export an STL and slice it with the correct printer profile. Changing one design feature at a time makes the relationship between the file and the print easier to understand.
Exploring TPU
Once you are comfortable with setup and PLA, explore a small TPU sample using suitable filament-specific settings. Material compatibility does not mean the same loading method or slicing settings suit every filament formulation.
Building a repeatable workflow
Keep notes on your model, material and settings, and store clearly named G-code files on the TF card. Recheck bed levelling if adhesion changes, and use the supplied guidance rather than compensating with arbitrary nozzle adjustments.
Not Ideal For
- Large single-piece models exceeding the 10 cm build cube.
- Buyers seeking automatic bed levelling or a heated build platform.
- Anyone expecting to print an STL directly without slicing.
- Unsupervised use by children or a completely enclosed machine.
- Projects requiring certified safety-critical, medical or food-contact parts.
Frequently Asked Questions
What is the maximum build volume?
The nominal build volume is 100 × 100 × 100 mm, or 10 × 10 × 10 cm. Your model and any supports or other slicing features must fit within that space.
Which filament does it support?
The printer supports 1.75 mm PLA and TPU filament. Use material-appropriate settings and follow the supplied loading guidance.
Can I print an STL file directly?
No. Slice the STL with the correct printer profile to generate G-code, save the G-code to the TF card and use the card for offline printing.
Is a power adapter included?
Yes. This listing is for the printer with a compatible power adapter. Select the US, UK or EU plug option appropriate for your socket and check the supplied adapter label before use.
Does the printer need bed levelling?
Yes. Bed levelling is manual. Follow the supplied instructions and levelling video before printing, and recheck the setup if first-layer adhesion changes.
Is it suitable for unsupervised children?
No. This is electrical printing equipment with a hot nozzle and moving parts. Learning sessions involving children require adult supervision and safe separation from the operating machine.
Important Notices & Disclaimers
The nozzle becomes hot and the machine has exposed moving parts. Keep hands, hair, clothing, children and pets clear during operation. Use a stable work surface with appropriate ventilation and follow the supplied safety instructions. Let parts cool before handling or servicing.
Read the assembly, filament-loading and bed-levelling instructions before first use. Use the included compatible adapter and match the selected plug to your socket. The illustrated printer has two power input ports; do not power both ports at the same time. Follow the supplied instructions for the correct input and switch position.
Some general instructional images discuss packages without adapters; this listing is the adapter-included bundle. Example models illustrate project ideas, not included finished objects or guaranteed print results. The starter filament is 10 m of PLA; photographs of spools do not establish a larger supplied quantity.
Shipping & Delivery
Check your selected configuration
Review the plug type and printer colour on your order before purchase. US, UK and EU identify plug options; choose according to your socket and verify the supplied adapter's electrical label.
Inspection before assembly
Unpack carefully and check the printer components, adapter and accessories before assembly or power-up. Keep packaging and photograph any visible damage or missing items, then contact Très Elite with your order details.
Product images are illustrative. Follow the supplied instructions. Print results depend on model preparation, material and setup.
