Tesla builds FASTER with Formlabs Fuse X1!
The customer story behind the discussion: production tooling, large parts, and turnaround at Tesla Giga Nevada.
Open on YouTube ↗Manufacturing resources
Production methods, equipment & cost
A practical reference for comparing industrial 3D printing, outsourced production, and injection molding for recurring orders. Start with the part requirements, then compare complete quotes over the expected production run.
When recurring production changes the math
Formlabs describes Tesla’s glass-handling shim application at roughly 10,000–20,000 parts per month over a six-month need. Its account says the lower printing cost with Fuse X1 could remove the reason to invest in an injection mold for that part. This is a specific manufacturer-reported example, rather than a universal volume threshold.
Source: Formlabs’ launch article and shim example.
Keep the capacity figures separate. The cited 10,000–30,000 parts per week describes Tesla Giga Nevada’s additive manufacturing department across equipment. It is not a demonstrated weekly output rating for one Fuse X1. The verified customer in these videos is Tesla Giga Nevada.
Fuse X1 & Flexible 80A Resin | Product Launch Event
The broader product announcement. Use this for the vendor’s system overview and the launch context behind the pricing.
Open on YouTube ↗Equipment pricing to start a budget
| System | Starting printer price | Published build volume | Reference |
|---|---|---|---|
| Formlabs Fuse X1 | $84,999 | 330 × 330 × 565 mm | Large-format SLS. Product details |
| Formlabs Fuse 1+ 30W | $24,999 | 165 × 165 × 300 mm | Compact SLS. Product details |
| Outsourced printing or molding | Part-specific quote | Supplier and process dependent | Compare delivered, accepted parts at the same quantity, material requirements, and inspection level. |
Pricing and dimensions: official Formlabs SLS comparison. Fuse X1 was announced June 9, 2026, with deliveries scheduled to begin Q4 2026 in the launch announcement; confirm current lead time with the supplier.
A starting printer price is not an installed-system budget. Confirm powder recovery and finishing equipment, build units, powder transport, material, service, installation, freight, tax, utilities, and operator training. Quote the equipment configuration you will actually use.
Compare quotes over the production run
Enter costs for the same accepted part and monthly delivery requirement. For outsourced printing, use supplier setup and delivered unit prices. For in-house printing, allocate equipment, labor, material, finishing, inspection, rejects, and overhead to this job before entering values.
Enter quote values to compare costs. The example button uses invented numbers to explain the calculation; it is not a vendor quote.
Molding total
Printing total
Worksheet model: total cost = fixed cost + accepted quantity × cost per accepted part. It assumes constant unit costs and demand; it does not predict machine capacity, tooling life, financing, price tiers, or delivery performance. Compare those separately. Method reference: SLS and injection molding economics.
Precision comes from the part and process evidence
Define the critical dimensions, datum scheme, material, surface finish, fit, loading, and operating environment. Request representative sample parts and inspection results before treating a process as interchangeable with molding.
Formlabs’ dimensional study evaluates Nylon 12 on the Fuse 1+ 30W, including part position and repeated builds. That evidence is useful context, but it is not a tolerance guarantee for every Fuse X1 part, material, or build arrangement. Review accuracy against nominal dimensions separately from repeatability.
Technical reference: Measuring SLS dimensional accuracy and print repeatability.
Ask for comparable production quotes
- Same drawing revision, material requirements, quantity, and delivery cadence.
- Tooling ownership, design-change costs, minimum orders, and replacement tooling.
- Finishing, inspection, packing, freight, rejects, and acceptance criteria.
- Actual available capacity, lead time, service support, and recovery plan.
Choose the process for the job
Evaluate printing for changing designs, mixed batches, bridge production, and shorter runs. Evaluate molding when the design and demand are stable enough to spread tooling costs across the required volume. Let quotes and measured samples decide the crossover.
Further reading: Formlabs process comparison.