The XYZprinting da Vinci 1.0 Pro is now a legacy 3D printer, so a buying decision should start with its condition, working software and replacement-part options. It can still be useful to an owner with a functioning setup. For a first printer, however, an inexpensive used machine is a poor bargain if getting it to communicate with a computer becomes the main project.
This guide covers the original da Vinci 1.0 Pro, explains its documented capabilities and gives you a checklist for evaluating one today. It is a specification and ownership guide, not a claim of hands-on testing or a ranking of dozens of unrelated products.
What the original da Vinci 1.0 Pro offered
XYZprinting’s September 2015 announcement described a single-head FFF printer with third-party ABS and PLA support, adjustable print settings and a 200 × 200 × 200 mm build volume. Its launch-era layer-height choices were 0.1, 0.2, 0.3 and 0.4 mm. Those figures describe the original platform; they are not a benchmark of print accuracy or speed.
- Process: fused filament fabrication, building parts from melted plastic filament.
- Material format: 1.75 mm filament, with a standard 0.4 mm nozzle documented in the original manual.
- Build area: approximately an eight-inch cube, before allowing space for a brim, raft or supports.
- Connections: USB 2.0 and Wi-Fi.
- Original workflow: XYZware Pro, with STL and the printer’s 3W format documented.
The original user manual is a useful reference when identifying an unmodified machine. Check the hardware and software versions on an actual unit rather than assuming every regional listing describes the same revision.
Do not mix up the Pro, Pro 3-in-1 and Junior models
The full model name matters when choosing manuals, firmware and parts. The original 1.0 Pro and the 1.0 Pro 3-in-1 are distinct products. XYZprinting’s 2016 announcement for the 3-in-1 specifically describes an integrated scanner and optional laser engraving. A seller using “Pro” loosely has not established that a scanner or laser module is included.
Likewise, a listing for a da Vinci Jr. model does not establish compatibility with the larger 1.0 Pro. Ask for photographs of the identification label, printer interior and included accessories. If the controller or extruder has been replaced, ask for the exact replacement details and the configuration files used with it. Modified hardware needs its own assessment.
Software and support need checking before purchase
IGUAZU’s product page marks the da Vinci 1.0 Pro as discontinued. Meanwhile, Fabistron’s model-specific download page still lists manuals and individual software packages, but explicitly says XYZmaker Suite is no longer supported and directs users to separate applications.
That distinction matters: an available download is not proof of active development, present-day operating-system compatibility or guaranteed repairs. Old references to “Windows 7 and above” or “Mac OS X 10.8 and above” should not be read as promises about every later computer. A regional service page also does not establish support for a used printer in your country.
Before paying, ask the seller to demonstrate the exact software version, computer operating system and connection used to produce a new print. Ideally, repeat the workflow on the computer you intend to use. Keep a record of working versions and profiles. Download only from an identifiable vendor or established support partner; do not disable security protections just because an old forum post suggests it.
Can it use ordinary third-party filament?
Third-party ABS and PLA support was a defining feature of this Pro model. That gives an owner more material choices than a printer dependent on a particular branded cartridge. It does not mean every spool labeled “for FDM printers” will work well, or that instructions for unlocking another da Vinci model apply here.
Start by checking diameter, material and the filament maker’s temperature guidance against the printer’s limits. Also check how the spool will sit and feed: a large reel needs a suitable holder and an unobstructed path. Do not let the extruder pull against a spool that catches or cannot turn freely.
For a machine with unknown history, a small amount of fresh, ordinary PLA is a more controlled starting point than an unidentified old spool or a specialty filled material. Establish a repeatable basic print before experimenting. Avoid assuming that a third-party filament’s advertised maximum speed is a realistic speed for this printer. No particular filament brand is certified as universally compatible by this guide.
A used-printer inspection checklist
- Identify the complete package. Confirm the exact model, power cable, covers, spool arrangement and any modifications. Ask what has been repaired and why the printer is being sold.
- Inspect it while cool and powered off. Look for damaged wiring, cracked structural parts, a deeply damaged build surface and signs of previous overheating. Do not power up a visibly unsafe unit.
- Watch a complete operating demonstration. A lit display proves very little. Ask the owner to show normal motion, heating, filament loading and a completed print using their established procedure.
- Test the computer workflow. Have the seller slice a simple new model and send it to the machine. Printing only a stored sample leaves the software connection unproven.
- Inspect the first layer and finished object. Look for consistent adhesion, missing sections, obvious layer shifts and interrupted extrusion. A photograph of an old successful print cannot show the machine’s current condition.
- Price a realistic repair. Identify a source for any known faulty part before buying. Check the actual part number, delivery region and return terms; “da Vinci compatible” is too broad.
Include transport, consumables, a possible replacement build surface and your troubleshooting time in the comparison. If it is sold untested or as-is, budget for a repair project rather than a ready-to-use appliance.
Calibration and safe operation
The original manual describes assisted bed calibration with user-adjusted knobs and a separate Z-offset adjustment. Therefore, do not interpret an “automatic calibration” headline as a guarantee that an older unit needs no manual setup. Follow the procedure for its revision, especially after moving it. When diagnosing a poor first layer, change one setting at a time and record the result.
The enclosed appearance also does not establish filtered-air protection. NIOSH guidance on plastic 3D printing recommends controlling exposure to particles and gases through suitable ventilation, appropriate materials and manufacturer safeguards. Keep hands away from hot components and moving mechanisms, and allow the equipment to cool before ordinary inspection. An optional laser attachment needs its own manual and functioning safety features; never assume the printer enclosure alone makes arbitrary laser use safe.
Is a da Vinci 1.0 Pro worth keeping or buying?
For an existing owner: keeping a reliable machine can make sense when the software, filament and replacement-part arrangements already work. Preserve that known-good setup before changing anything.
For a used buyer: consider one only after a convincing demonstration and a clear understanding of support limitations. For someone who mainly wants to start printing, software compatibility, accessible parts and a dependable return policy deserve more weight than the original “Pro” branding or a large apparent discount. A machine that cannot demonstrate a complete print workflow should be valued as a project.
Image note: AI-generated editorial illustration; not a photograph of the named product.
