ELEGOO 405nm Rapid UV Resin 1000G LCD 3D Printer Photopolymer Translucent

In Stock

1 / 6

In Stock

1 / 6

ELEGOO

ELEGOO 405nm Rapid UV Resin 1000G LCD 3D Printer Photopolymer Translucent

Name: ELEGOO 405nm Rapid UV Resin 1000G LCD 3D Printer Photopolymer Translucent
Brand: ELEGOO
SKU: B08KD99NR9
Price: 16.99 GBP
Availability: InStock

IN STOCK

£16.99Inc. VAT

Next-day delivery · £1.99

Order by 2pm for same-day dispatch · FREE over £35

Standard UK DeliveryFREE — get it by Sun 25 Oct – Wed 28 Oct

Sold by Bubble Booth ✓ (1)

Qty

More options (4)

Translucent 1000g

£16.99

This option

ELEGOO 405nm Rapid Resin 1000G Clear Red LCD UV-Curing Photopolymer

Clear Red 1000g

£24.14

ELEGOO 405nm Rapid Resin 1000G Standard Photopolymer LCD UV-Curing

Clear Green 1000g

£16.99

ELEGOO 8K Standard Photopolymer Resin 405nm UV Curing Space Grey 1000G

8K Space Grey 1000g

£18.99

Delivery

Standard UK Delivery·3–5 daysFREE

Next Day UK Delivery·1 day·Free over £35£1.99

EU Delivery·7–14 days£12.99

Worldwide Delivery·14–28 days£19.99

Same-day dispatchOrder by 2pm, Mon–Fri

30-day returns30 days to change your mind

Buyer protectionEvery order covered

Secure paymentProcessed by Mollie

Details

Product codeUKP-FKSY

BrandELEGOO

CategoryOther Raw Materials

About this item

Key Features

Brand: ELEGOO
Type: Rapid resin for LCD 3D printers
Wavelength: 405 nm
Volume: 1000 g
Color: Translucent
Viscosity: Low viscosity for fast curing
Properties: High precision, low shrinkage, good surface finish
Applications: Functional parts, prototyping, tabletop models
Safety Packaging: Leak-proof bottle with protective packaging

Specifications

Photopolymer Type: Standard photopolymer resin
Compatibility: Compatible with most LCD 3D printers using 405 nm UV light
Color Display: Rich color with accurate pigment dispersion
Storage & Safety: Packaged to prevent leakage during transport

ELEGOO rapid resin is formulated for smooth flow and rapid prototyping. It provides accurate color rendering and high resolution with reduced volume shrinkage during curing, suitable for a range of modeling and functional parts.