Universal resins

Genesis High Load Development Resin Base – liter

$695.00

Tethon 3D High Load Genesis® Resin

A development base resin for pushing powder-loaded 3D printing further.

High Load Genesis® Resin is built for researchers, labs, and manufacturers developing their own filled photopolymer materials.

It is based on Tethon 3D’s Genesis® Resin platform but designed for higher powder loading, giving users more room to experiment with ceramic, glass, metal, mineral, and functional fillers while still maintaining a UV-curable resin system.

If you are trying to turn a powder into a printable DLP/SLA/LCD resin, High Load Genesis® is a practical starting point.

Why High Load Genesis®?

Most standard resins are not designed to accept large amounts of solid powder. High Load Genesis® gives formulators a better foundation for testing custom filled materials without having to build the entire resin chemistry from scratch.

It can be used to develop materials for:

Ceramics
Alumina, zirconia, silica, porcelain, glass ceramic, silicon carbide, silicon nitride, hydroxyapatite, tricalcium phosphate, cordierite, mullite, and other oxide or non-oxide ceramic systems.

Glass and mineral-filled materials
Fused silica, borosilicate glass, quartz, wollastonite, calcium carbonate, mica, talc, feldspar, and other mineral fillers.

Metal and functional powders
Stainless steel, copper, bronze, tungsten, magnetic powders, conductive fillers, dielectric powders, and other specialty materials depending on particle size, density, and compatibility.

Research and specialty applications
Dental, jewelry, aerospace, defense, electronics, biotech, casting, tooling, filtration, and advanced materials development.

How far does one liter go?

One liter of High Load Genesis® is enough for a meaningful amount of development work.

As a rough guide:

A liter of resin equals 1,000 mL of liquid material. For small test coupons, bars, discs, rings, lattice samples, or formulation trials, that can produce dozens to hundreds of parts depending on part size and print settings.

For example:

Actual yield depends on powder loading, part geometry, supports, vat dead volume, failed prints, and how much resin is left in the bottle or printer tray. But for most R&D work, one liter is enough to run multiple formulation trials and produce a useful number of test parts.

Built for experimentation

High Load Genesis® is not a one-size-fits-all finished material. It is a development platform.

That means users can adjust:

Resin-to-powder ratio
Powder type
Particle size distribution
Dispersants
Mixing method
Exposure settings
Layer thickness
Debinding and firing schedules
Post-cure conditions

The goal is to help you move faster from powder concept to printable formulation.

Suggested starting workflow

Start with a small batch.
Add powder gradually.
Mix thoroughly and monitor viscosity.
Print small test coupons first.
Adjust exposure and layer settings.
Post-cure and evaluate green strength.
Debind and fire using a conservative schedule.
Refine based on shrinkage, cracking, density, and surface finish.

Sample firing schedule

A general starting point for ceramic-filled trials:

Room temperature to 500°F: ramp at 250°F/hour
500°F to 900°F: ramp at 25°F/hour, hold 1 hour
900°F to 2300°F: ramp at 250°F/hour

Final firing temperature and hold time will depend heavily on the powder system being used.

Important note

Because every powder behaves differently, users should expect to perform their own testing and optimization. Particle size, powder density, surface chemistry, solids loading, and firing temperature all affect printability and final part performance.

High Load Genesis® gives you the base chemistry. The final material is yours to develop.

Which Genesis Base Resin is Right for You?

Genesis High Load Development Resin Base - liter quantity

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