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Materials, Engineering, Manufacturing, Resin 3D Printing Materials · LSPc, DLP, XiP

Nexa3D xPRO410 Resin 5kg - NA

xPRO410 is a rigid, general-purpose LSPc photopolymer built on Henkel Loctite® PRO410 chemistry — extreme accuracy and an exceptional surface finish, optimized for the Nexa3D NXE 400 at up to 8 L/hour.

  • ✓ Rigid general-purpose resin — 41 MPa tensile, Shore D 79
  • ✓ Dimensional accuracy within 0.2% after xCURE post-cure
  • ✓ 5 kg container for NXE 400 / 400Pro (405 nm LSPc)
  • ✓ In stock — ships in 1–2 business days from US inventory

$427

Prices follow supplier cost and stock availability and are updated regularly. The price you see is today's price — once you order, it's held for 7 days.
NDA standard In stock — ships in 1–2 business days from US inventory.
60+AM teams supplied
Batch-to-batchconsistent viscosity & cure
Profiles + datasheetin every order
Fast dispatchL.A. stock · M–F
What your process engineer actually checks

What your process engineer actually checks

A cure profile that hits 0.2%

xPRO410's 0.2% dimensional accuracy and Shore D 79 are post-cure numbers. We ship the validated NXE 400 profile and xCURE settings so your parts land on the datasheet — not close to it.

A materials engineer on the line

Resin selection, exposure tuning, post-cure and finishing — answered by engineers who print Nexa3D LSPc in-house. Sub-4h reply, NDA standard.

41 MPa
Tensile strength
Shore D 79
Hardness
61°C
HDT @0.45 MPa
8 L/h
Print speed (NXE 400)
5 kg
Container
About this product

Nexa3D xPRO410 is a rigid, general-purpose LSPc photopolymer built on Henkel Loctite® PRO410 chemistry — engineered by US-based Nexa3D (Ventura, California) for fast, accurate prototypes and rigid end-use parts, and optimized for the NXE 400 at up to 8 liters per hour.

Nexa3D xPRO410 rigid resin – 3D printed structural bracket with bolt bosses
A structural bracket printed in xPRO410 — stiff enough for fit checks and functional testing.

Why engineers choose xPRO410

A rigid, affordable general-purpose resin that keeps up with same-day iteration.

Ultrafast on the NXE 400

Prints up to 8 L/hour — Nexa3D’s ~20× productivity gain. Same-day design iterations and on-demand production runs.

Accuracy you can hold

Dimensional accuracy within 0.2% after xCURE post-cure, with an exceptional surface finish straight off the build platform.

Rigid and predictable

2365 MPa tensile modulus, 41 MPa tensile strength, Shore D 79 — stiff parts for real form, fit and function testing.

Lowest-cost general purpose

One of the most affordable general-purpose LSPc materials — multiply daily design iterations without watching material cost.

Nexa3D xPRO410 printed parts - rigid general-purpose LSPc resin prototypes
Rigid housing halves printed in xPRO410 — the surface finish comes straight off the build platform.

How we supply it

Lot-sealed resin, a validated print profile and post-cure guidance in every order.

Step 01
Lot-sealed & traceable

Every 5 kg container ships sealed with its Nexa3D lot. Shake and pour — no mixing, no additives.

Step 02
Validated NXE 400 profile

The resin ships with Nexa3D’s validated LSPc profile; our engineers add exposure and orientation guidance for your parts.

Step 03
Wash & cure to spec

xClean or IPA wash, then post-cure in xCURE at 405 nm. Parts reach full mechanical and dimensional spec.

Typical applications

Where a rigid, fast, affordable general-purpose resin earns its place.

Rapid prototyping
Form, fit & function iterations
Appearance models
Smooth show-surface parts
Jigs & fixtures
Shop-floor tooling
Packaging & enclosures
Rigid housings
Series production
Same-day small runs
Service bureaus
Same- and next-day fulfilment

Physical & mechanical properties

Property Method Value (post-cured)
Tensile modulus ASTM D638 2365 MPa
Tensile strength ASTM D638 41 MPa
Elongation at break ASTM D638 5.5%
Flexural modulus ASTM D790 2517 MPa
Notched Izod impact ASTM D256 25 J/m
Shore D hardness ASTM D2240 79
HDT @ 0.45 MPa ASTM D648 61°C
Water absorption ASTM D570 0.46%
Viscosity @ 25°C ASTM D7867 400–600 cP

Values are post-cured on the Nexa3D xCURE per the manufacturer’s technical data sheet. The same figures appear in the Specifications tab.

Tell our materials engineer your part size, target finish and printer — we’ll confirm the resin, exposure and cure profile before you order. We print LSPc in-house every day. Sub-4h reply, NDA standard.

Why source xPRO410 through Additive Plus

  • We run LSPc daily. Print profiles, exposure tuning and post-cure settings from a team that prints these resins in-house — not a catalog reseller.
  • US inventory, real support. Ships from US stock; volume orders and official POs handled by a materials engineer, not a form.
  • Full workflow under one roof. Resin, wash and cure stations, spares and application support — one partner for the whole LSPc line.
  • <24h engineer response · NDA standard.
Brand Nexa3D
Available colors Black
Weight 5 kg
Country of origin USA
Printing Materials Resins
Platform NX
Technology LSPc, DLP, XiP
Resin Type Rigid
Application Engineering, Manufacturing

Product videos

Want proof before a full container?

Order the LSPc Resin Sample Kit for 12 printed Nexa3D material samples, or send us your STL and we'll print a paid benchmark part in xPRO410.

Common questions

Don't see yours? Email [email protected] — NDA standard, typical reply within 4 hours.

Which Nexa3D printers is xPRO410 compatible with?
xPRO410 is a 405 nm LSPc resin. The 5 kg container is formatted for the NXE 400 and NXE 400Pro; a 1.5 kg smart cartridge of the same resin runs on the XiP and XiP Pro desktop printers. It is optimized for the NXE 400, where it prints at up to 8 liters per hour. It is not designed for non-Nexa3D printers or other cure wavelengths.
How fast does xPRO410 print?
On the NXE 400, xPRO410 prints continuously at up to 8 liters per hour — Nexa3D's roughly 20x productivity gain over conventional resin printing. Because LSPc cures a whole layer at once, build time depends on part height and packing, not on how many parts sit on the plate. That is what makes xPRO410 practical for same-day iteration and on-demand production.
What post-processing does xPRO410 require?
Wash printed parts in xClean or IPA, then post-cure on the Nexa3D xCURE at 405 nm. xPRO410 reaches its stated 0.2% accuracy and full mechanical properties only after post-cure. Follow the resin's application notes for exact wash and cure times; our engineers will share a starting profile for your part geometry.
What color is xPRO410 and how rigid is it?
xPRO410 is a solid black, rigid photoplastic — Shore D 79, 2365 MPa tensile modulus and 41 MPa tensile strength. It is built for stiff, dimensionally accurate parts with an exceptional surface finish, not for flexible or high-impact use. For tougher, impact-resistant parts consider xPP405; for high-heat parts consider xPEEK147.
How should I store xPRO410 and what is its shelf life?
Store xPRO410 sealed, away from direct light, at room temperature, and shake the container before use to re-disperse the resin. Keep unused resin in its original sealed container to preserve shelf life, and do not pour drained vat resin back into the container. Contact us for the current manufacturer shelf-life figure for your lot.
Can I order a trial quantity before committing to volume?
Yes. The LSPc Resin Sample Kit ships 12 printed Nexa3D material samples so you can judge finish and stiffness in hand, and you can send us an STL for a paid benchmark part printed in xPRO410. For production volumes or an official purchase order, a materials engineer will quote you directly.
What temperature can xPRO410 parts withstand?
xPRO410 parts withstand exposure up to about 70°C, with an HDT of 61°C at 0.45 MPa. It is a general-purpose resin, not a high-temperature material — for parts that see sustained heat, tooling or molding above that range, xPEEK147 holds up to 230°C after thermal post-cure.

Place your order, or talk to an engineer first

Order Nexa3D xPRO410 Resin 5kg - NA direct, or talk to materials engineer

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