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BLUECAST X-WAX FILIGREE

$165.00

X-Wax Filigree is a 3d resin for jewelry developed for filigree models that require absolute dimensional stability, accuracy, ease of printing, smooth surfaces and casting. X-Wax Filigree complements, rather than replaces, our standard X-Wax.

Category

In stock

X-Wax Filigree is a 3d resin for jewelry developed for filigree models that require absolute dimensional stability, accuracy, ease of printing, smooth surfaces and casting. X-Wax Filigree complements, rather than replaces, our standard X-Wax. Each resin serves unique purposes and excels in different applications. Our classic X-Wax, with its 80% real castable wax base, delivers unparalleled castability. Meanwhile, X-Wax Filigree is engineered for superior printability, making it ideal for jewelry featuring delicate thicknesses and lightweight designs. Its exceptional smooth surface and precision make X-Wax Filigree a game-changer for micro-casting intricate Arabic and filigree patterns.

MAIN ADVANTAGES OF X-WAX FILIGREE CASTABLE RESIN

With X-WAX Filigree, you’re able to create lightweight models and filigree designs thanks to a durable resin enriched with a high concentration of true wax.

PRO

  • Perfect for print extreme filigree patterns: no risk of banding, deformation and cracks.
  • Enhanced Strength: X-Wax Filigree models offer superior durability compared to wax-printed alternatives.
  • Metal Save: achieve smoother, more detailed surfaces and a superior final finish with minimal polishing required.
  • Low initial investment: you can 3D print wax-based resin without the costly investment in traditional wax 3D printers .
  • Printing speed up to 5 times faster than traditional wax printers.
  • Optimized Material Use: with minimal support requirements, no build plate needed, and simple cleanup.

 

Engineered for intricate and lightweight jewelry, X-Wax Filigree excels at printing ultra-fine geometries, including elaborate filigree patterns, micro settings, and delicate ring bands. Its superior dimensional stability and sharp resolution make it perfect for Arabic and other designs demanding high levels of detail, rigidity, and robustness.

Additional information

Weight 1.1 lbs
Dimensions 3 × 3 × 8 in
Compatibility

LCD & DLP Printers

Printability

Extreme

Castability by Service

Very Good

UV Post-Curing

Mandatory

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How To Use It

Before opening the bottle, it is necessary to warm the product for 5 minutes at a temperature between 30 and 40 degrees Celsius. PAY ATTENTION, heating the resin above 60 degrees Celsius can irreversibly damage it. The manufacturer is not responsible for an incorrect use of the product. Shake the bottle vigorously for about 1 minute to ensure optimal mixing. Use PFA films with a thickness of 127 microns or less to maximize the resolution of modern 3D printers. For printers that have a vat tilt mechanism, it is suggested to use an ACF film. Ensure the printer is placed in an environment with temperatures between 18/20°C and 45°C. THE OPTIMAL OPERATING RANGE IS BETWEEN 25°C and 35°C To prevent wax solidification during printing, it is recommended to use a heated resin tank or a printer with a heated chamber (30° Celsius). There are several ways to warm the bottle before printing. The safest method is to use a baby bottle warmer at a temperature of 40°C or an ultrasonic cleaner. Storing the closed bottles should be done at a temperature between 10 and 25 degrees Celsius.
Wash the patters in IPA alcohol for 3 minutes. Blow the prints with compressed air to remove excess uncured resin. Perform a second wash in IPA clean alcohol for 2 minutes, then dry the prints again with compressed air. For a more thorough cleaning, you can use 3D wash stations or ultrasonic cleaners. A minimum 10-minute UV cure is mandatory. The actual duration of the UV treatment depends on the power of the lamp used. With some economical solutions, the required time can extend up to one hour. Allow the models to rest for at least 15-20 minutes before assembling the casting tree.

Burnout Cycles

Stage 1 – Ramp up from 0°C to 150°C / Hold at 150°C for 2 hours Stage 2 – Ramp up from 150°C to 730°C / Hold at 730°C for 3 hours Then cool down to casting temperature
Standard Burnout Cycle
Stage 1 – Ramp up from 0°C to 150°C / Hold at 150°C for 2 hours Stage 2 – Ramp up from 150°C to 450°C / Hold at 450°C for 2 hours Stage 3 – Ramp up from 450°C to 730°C / Hold at 730°C for 3 hours Then cool down to casting temperature
Fast Burnout Cycle
Stage 1 – Ramp up from 0°C to 750°C / Hold at 750°C for 2 hours Then cool down to casting temperature

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