What Are the Differences Between the WJ51C and WaxJet 510?
The launch of the WJ51C introduces a new option for jewelry manufacturers looking for a more compact and flexible solution. As a desktop wax 3D printer, it brings industrial-level precision into a much smaller footprint, making it accessible to studios and small-to-medium businesses.
This naturally raises an important question: how does a compact WJ51C wax 3D printer compare to a large industrial printer like the WaxJet 510? What are the real differences in performance, workflow, and production capability—and which one is the better fit for your business?
In this article, we provide a clear and detailed comparison between the Flashforge WJ51C and the WaxJet 510, helping you understand their key differences and choose the best wax 3D printer for jewelry based on your specific needs.
1. Product Positioning: Desktop vs Industrial Wax 3D Printer
The Flashforge WJ51C is a desktop wax 3D printer designed for flexibility, fast turnaround, and lower investment. It is ideal for jewelry designers and small workshops looking for an affordable wax 3D printer.
The WaxJet 510 is a large industrial printer built for continuous, high-volume production in factory environments.
In simple terms:
WJ51C = flexibility and accessibility
WaxJet 510 = scale and mass production
2. Machine Size & Installation
| Model | Dimensions (mm) | Weight |
|---|---|---|
| WJ51C | 865 × 510 × 654 | 115 kg |
| WaxJet 510 | 1352 × 775 × 1600 | 480 kg |
The WJ51C desktop wax 3D printer can be installed in studios, offices, or retail workshops, functioning like a compact desktop moulding machine.
The WaxJet 510 requires dedicated industrial space.
3. Build Volume
| Model | Build Size (mm) |
|---|---|
| WJ51C | 235 × 138 × 100 |
| WaxJet 510 | 289 × 208 × 100 |
The WaxJet 510 supports larger batch production. However, the small wax 3D printer format of the WJ51C is often more efficient for custom jewelry and small-batch workflows.
4. Resolution & Surface Quality
Both machines offer:
- Resolution: 2900 × 2900 × 1700 DPI
- Layer thickness: 15 μm
While the specs are the same, the Flashforge WJ51C delivers smoother surfaces and better fine detail thanks to optimized software and motion control.
This makes it one of the best wax 3D printers for jewelry casting.
5. Printing Speed
| Mode | WJ51C | WaxJet 510 |
|---|---|---|
| Single channel | 7.7–8s/layer | 8.5–9s/layer |
| Dual channel | 16.8–17s/layer | 19.5–20s/layer |
| Triple channel | — | 29–30s/layer |
The WJ51C wax 3D printer delivers faster turnaround for most jewelry applications.
6. Monthly Output Capacity
| Model | Output |
|---|---|
| WJ51C | 3–4 kg/month |
| WaxJet 510 | 4–5 kg/month |
While the WaxJet 510 offers higher capacity, the WJ51C provides better utilization and faster ROI for smaller businesses.
7. Material System
Both printers use the same materials:
- Structural wax: FFWJ1200
- Support wax: FFMS3200
WJ51C: Small wax blocks (72g / 180g)
WaxJet 510: Large cartridges (1.5–1.6kg)
The WJ51C reduces waste and improves material stability, making it a more affordable wax 3D printer in long-term use.
8. Preheating Time
| Model | Preheating Time |
|---|---|
| WJ51C | ~2.5 hours |
| WaxJet 510 | ≥5 hours |
The shorter preheating time of the desktop wax 3D printer improves responsiveness for urgent jobs.
9. Power Requirements
| Model | Power |
|---|---|
| WJ51C | 100–250V, 2.2 kW |
| WaxJet 510 | 220–240V, 4 kW |
The Flashforge WJ51C is easier to install globally and consumes less energy.
Conclusion: Which Wax 3D Printer Should You Choose?
Choose WJ51C if you need:
- A desktop wax 3D printer
- An affordable wax 3D printer
- Fast prototyping and flexible production
- High precision in a compact format
Choose WaxJet 510 if you need:
- Large-scale production
- Maximum throughput
- Factory-level automation
