Made to order
- Lot-matched resin sealed and batch-traceable for repeatable prints
- Validated LSPc profile exposure and cure settings for your Nexa3D printer
Nexa3D xGPP-Translucent Resin – Performance Prototyping & Flow-Model Photopolymer for NXE 400 | 5 kg
General purpose translucent photopolymer for the Nexa3D NXE 400 and NXE 400 Pro. Combines 30–60 MPa ultimate tensile strength, 84–88 D Shore hardness and 59–61 °C HDT at 0.45 MPa with low shrinkage, high accuracy and fast LSPc print speed. The translucent finish makes it the practical choice for air ducts, manifolds and fluid-flow models where you need to see inside the part, and it holds up in snap-fit and functional end-use work. Water absorption is 0.4% to ASTM D570. Supplied to order in 5 kg (12 lb) jerricans.
$1,004
What your process engineer actually checks
Measured numbers over marketing copy
Vendor marketing says xGPP-Translucent takes up no water; the data sheet lists 0.4% water absorption to ASTM D570. We quote the measured figure. Same for the 30–60 MPa tensile strength and 59–61 °C HDT at 0.45 MPa — ranges, because that is what the sheet reports.
A materials engineer on the line
Questions on cure settings, finishing or switching from another resin? Our engineers run Nexa3D LSPc resins in-house. Sub-4h reply, NDA standard.
Nexa3D xGPP-Translucent is a general purpose LSPc photopolymer for performance prototypes and functional end-use parts on the NXE 400 and NXE 400 Pro. The translucent finish lets you see flow paths, fill fronts and trapped air inside ducts and manifolds without cutting the part open.
Why engineers choose xGPP-Translucent
Rigid, accurate, fast — and you can see what is happening inside the part.
59–61 °C HDT at 0.45 MPa
Functional parts hold form through warm assembly checks and flow-rig testing, not just bench display under lab lighting.
Translucent by design
See flow paths, fill fronts and trapped air inside ducts, manifolds and closed channels without sectioning the part.
84–88 D Shore hardness
Hard, rigid surfaces at 30–60 MPa ultimate tensile strength, stiff enough for snap-fit clips and repeated assembly cycles.
0.4% water absorption
Measured to ASTM D570. Vendor marketing describes no water uptake; we quote the figure printed on the data sheet.
How we supply xGPP-Translucent
Vendor-validated chemistry, lot traceability and a cure profile that matches your machine.
Formulated & tested
xGPP-Translucent is a BASF-formulated general purpose photopolymer, validated on the Nexa3D NXE 400 and NXE 400 Pro before it enters our catalogue.
Stocked & lot-matched
Supplied to order in 5 kg (12 lb) jerricans with lot traceability, so a repeat run of flow models prints from the same chemistry.
Print, wash & cure
Print at 405 nm on the NXE 400 or 400 Pro, wash and finish with the standard Nexa3D solvent workflow, dry, then UV post-cure to full properties.
Physical and mechanical properties
| Property | Method | Value |
|---|---|---|
| Ultimate tensile strength | ASTM D638 | 30–60 MPa |
| Elongation at break | ASTM D638 | 4–5.5% |
| Shore hardness (0s, 3s) | ASTM D2240 | 84–88 D |
| HDT @ 0.45 MPa | ASTM D648 | 59–61 °C |
| Water absorption | ASTM D570 | 0.4% |
Printed properties depend on part geometry, orientation and post-cure. Values are typical, not a specification.
Typical applications
Where translucency and rigidity earn their keep.
Compatible printers & post-processing
xGPP-Translucent is qualified for the Nexa3D NXE 400 and NXE 400 Pro, cured at 405 nm under the LSPc process. Those are the only platforms we confirm — Nexa3D publishes no validated profile for xGPP-Translucent on the XiP or XiP Pro desktop machines, so we make no compatibility claim there. Mix the jerrican thoroughly before each print job and pour slowly into the vat so entrained air can clear, since bubbles are far more visible in a translucent part than an opaque one. Printed parts are washed and finished using the standard Nexa3D solvent workflow, dried, and then UV post-cured to reach the published 30–60 MPa tensile range and 59–61 °C HDT at 0.45 MPa. Filter reclaimed resin back into the container between jobs.
Not sure xGPP-Translucent is the right resin?
Three alternatives from the same Nexa3D LSPc line.
Why source xGPP-Translucent through Additive Plus
- Genuine Nexa3D xGPP-Translucent — supplied to order in 5 kg (12 lb) jerricans with lot traceability
- Validated LSPc exposure and cure profiles for the NXE 400 and NXE 400 Pro
- Materials engineers who run Nexa3D LSPc resins in-house — sub-4h reply, NDA standard
- Volume pricing and official purchase orders supported for production accounts
Downloads
| Brand | Nexa3D |
| Available colors | Translucent |
| Weight | 5 kg |
| Country of origin | USA |
| Printing Materials | Resins |
| Technology | LSPc |
| Package | 5 kg jerrican |
| Material form | Liquid photopolymer resin |
| Printer | NXE 400, NXE 400 Pro |
| Tensile Strength | 30–60 MPa |
| Elongation at Break (%) | 4–5.5% |
| Shore Hardness (3s) | 84–88 D |
| [email protected] MPA (°C) | 59–61 °C |
| Water Absorption (24hr) % | 0.4% |
| Resin Type | General |
| Application | Engineering, Jigs & Fixtures, Manufacturing |
We stock the full Nexa3D LSPc resin line and support official purchase orders and volume pricing. Tell us your printer and monthly volume and we'll match the right resin and quantity.
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Which 3D printers is Nexa3D xGPP-Translucent compatible with?
What colour and pack size does xGPP-Translucent come in?
How are xGPP-Translucent parts washed and post-cured?
What is xGPP-Translucent best used for?
How should xGPP-Translucent be stored and handled?
Does xGPP-Translucent carry any certifications, and does it absorb water?
Can we test xGPP-Translucent before committing to volume?
Place your order, or talk to an engineer first
Order Nexa3D xGPP-Translucent Resin – Performance Prototyping & Flow-Model Photopolymer for NXE 400 | 5 kg direct, or talk to materials engineer