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ALTANA Cubic Ink Mold 400 VP – Water-Breakable Casting & Injection-Molding Resin (DLP/LCD/mSLA) | 1 kg & 5 kg

Water-breakable One-Shot Mold (OSM) resin: 3D-print a sacrificial mold, cast or inject your real target material, then dissolve the mold in plain water — minimal swelling, clean automated release.

  • ✓ One-Shot Mold tech — takes real fill temperature & pressure (up to 380 °C, 1200 bar)
  • ✓ Breaks up completely in water, minimal swelling — no solvent, no mechanical breakout
  • ✓ Compatible with silicones, epoxies, PU, PEEK, PPS, PA-GF and low-melt metals
  • ✓ Always in stock · ships in ~2 business days

Two bottle sizes: 1 kg — $296.40 · 5 kg — $272.46/kg (volume saving). Invoiced per kg; USD reference.

$296

Price held 7 days after order.
Water-breakable releases in plain water
OSM technology real fill temp & pressure
42 MPa · 80 D rigid, stable cavities
Always in stock ships in ~2 business days

What your process engineer actually checks

Tooling we run ourselves

Additive Plus runs 3D-printed tooling in-house, so we know what a water-breakable mold has to do on a real cycle — not just on a datasheet. We help match Mold 400 to your fill material before you commit.

A materials engineer on the line

Factory-trained support, not a remote ticket queue. We size the mold, fill and release cycle to your part and target material. Sub-24h reply, NDA standard.

About this product

ALTANA Cubic Ink Mold 400 VP is a water-breakable casting resin that 3D-prints sacrificial molds for injection molding, casting and silicone work — then breaks apart in plain water, with minimal swelling, so parts release cleanly on an automatable cycle.

Why engineers choose Mold 400 VP

One-Shot Mold technology, not another castable resin.

One-Shot Mold (OSM) technology

The printed mold tolerates real filling temperature and pressure — up to 380 °C at the process and 1200 bar — so you cast in your target material, not a stand-in.

Water-breakable release

The cured mold disintegrates in water with minimal swelling. No mechanical breakout, no solvent baths — release is clean and repeatable.

Short, automatable cycles

Print, fill, release in water, repeat. OSM is built for short cycle times you can put on a production line.

Rigid & dimensionally stable

42 MPa tensile strength, 1900 MPa modulus and 80 Shore D hold cavity geometry, with 30/50 µm xy/z accuracy.

See it in use

Printed OSM mold, a water-released part, and molded application examples.

Cubic Ink Mold 400 VP two-piece printed injection mold
3D-printed two-piece OSM mold
Cubic Ink Mold 400 VP mold and water-released molded part
Mold and water-released part
Cubic Ink Mold 400 VP molded application parts
Molded application examples

Technical properties

Measured on uncolored resin (TDS v4, 26 Mar 2026). Post-cured 30 min UV, Prusa CW1s.

Property Value Method
Viscosity (25 °C) 70 mPa·s DIN EN ISO 3219
Density 1.11 g/mL DIN EN ISO 15212-1
Ultimate tensile strength 42 MPa DIN EN ISO 527-5A
Yield strength 41 MPa DIN EN ISO 527-5A
Tensile modulus 1900 MPa DIN EN ISO 527-5A
Elongation at break 42 % DIN EN ISO 527-5A
Shore hardness 80 D DIN EN ISO 7619
Color Translucent, light yellow
Cleaner compatibility Cubic Ink Cleaner 400

Injection & casting limits

What the printed OSM tool can take.

Parameter Value
Max. temperature at process 380 °C
Max. injection pressure 1200 bar
Min. wall thickness (mold) 200 µm
Min. thickness (filling material) 100 µm
Accuracy (xy / z) 30 / 50 µm
Pot life (casting) up to 3.5 h

Compatible filling materials

Successfully tested by customers; the list keeps growing. Compatibility also depends on part geometry.

Injection molding Casting
Polyethylene · Polypropylene (up to 36% GF) 2K silicones (RTV & LSR)
PBT (up to 40% GF) · PA6 (up to 40% GF) · PA12 2K epoxides (incl. GF & fillers)
PVC · Polycarbonate (up to 20% GF) 2K polyurethanes · 2K polyesters
PEEK (up to 30% CF) · PPS (up to 80% CF) Metal alloys (melting point < 200 °C)
Recycled / renewable compounds (e.g. ARBOFILL)

Print settings

Starting exposure by printer, uncolored (Cubic Ink measured). Tune per geometry.

Printer Layer Bottom exp. Default exp.
Prusa SL1S Speed (LCD, 405 nm) 50 µm 8.00 s 1.00 s
Formlabs Form 4 (LCD, 405 nm) 50 / 100 µm 0.45 / 0.72 s 0.30 / 0.36 s
Nexa XiP (LCD, 405 nm) 50 µm 5.00 s 2.00 s
Asiga Pro 4K80 (DLP, 385 nm) 50 / 100 µm 1.00 s 0.26 / 0.31 s

Also tested on Phrozen 8K Mighty / Mega S, Elegoo Saturn, Anycubic Photon Mono 4 and more. Wash up to 5 min (IPA or Cleaner 400); UV post-cure 2×30 min. Full parameters in the processing guide (download above).

Typical applications

Where a sacrificial, water-releasable mold pays off.

Injection-molding tooling
Cavities & inserts for short runs
Casting patterns & cavities
Target-material casting
Silicone molding
Complex internal geometry
Functional prototypes
In the real production material

How you run it

Print → wash & cure → fill & release in water.

Step 01
Print the mold

LCD / DLP / mSLA at 385 or 405 nm. Stir before use; store ≥21 °C, away from light.

Step 02
Wash & UV-cure

Clean with Cubic Ink Cleaner 400 or IPA, then UV post-cure to reach full properties.

Step 03
Fill & release

Cast or inject your target material, then dissolve the mold in water (or Mold Remover 100, 50–80 °C).

A direct alternative to Nexa3D xMOLD. Filling silicone, or need faster dissolution? Ask about alternative Mold options — a materials engineer will match the mold to your fill material and cycle. Sub-24h reply, NDA standard.
Brand ALTANA Cubic Ink
Available colors Uncolored
Print Feature Injection Molding
Tensile Stress at Break (MPa) 42
Tensile Modulus (MPa) 1900
Elongation at Break (%) 42
Shore Hardness (3s) 80
Solid Density g/cm3 1.11
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Complete the workflow

ALTANA Cubic Ink High Temperature 1901 VP – High-Temp Tooling Resin (DLP/LCD/mSLA), HDT-B 272 °C | 1 kg & 5 kg
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ALTANA Cubic Ink High Temperature 1901 VP – High-Temp Tooling Resin (DLP/LCD/mSLA), HDT-B 272 °C | 1 kg & 5 kg

Easy-to-print DLP/LCD/mSLA resin with an HDT-B of 272 °C, superior chemical resistance and — unlike most high-temp resins — real toughness instead of brittleness.

  • ✓ HDT-B 272 °C · Tg > 300 °C — holds geometry under sustained heat
  • ✓ Tough, not brittle — drill, grind and machine without shattering
  • ✓ Superior chemical resistance · cytotoxicity passed (ISO 10993)
  • ✓ A similar alternative to Loctite IND147 for the same high-temp applications

Two bottle sizes: 1 kg — $193.80 · 5 kg — $159.60/kg (volume saving). Uncolored or Black. Invoiced per kg; USD reference.

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Easy-to-print all-round industrial resin with excellent rigidity, an HDT of 122 °C and outstanding chemical resistance — for functional prototypes and demanding industrial parts.

  • ✓ 92 MPa tensile · 3600 MPa modulus · HDT-B 122 °C — stiff and heat-stable
  • ✓ Outstanding chemical resistance (<1% mass gain) & 0.3% water uptake
  • ✓ Post-machinable (drill, grind); long-term thermal stability
  • ✓ A cost-effective alternative to Loctite IND249 High Temp

Two bottle sizes: 1 kg — $228.00 · 5 kg — $180.12/kg (volume saving). Invoiced per kg; USD reference.

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ALTANA Cubic Ink Tough 2100 VP – Fast Functional Resin, Impact-Resistant & Tough (DLP/LCD/mSLA) | 1 kg & 5 kg
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ALTANA Cubic Ink Tough 2100 VP – Fast Functional Resin, Impact-Resistant & Tough (DLP/LCD/mSLA) | 1 kg & 5 kg

Fast, easy-to-print functional resin with a strong balance of toughness, impact resistance and HDT — robust enough for drilling, grinding and real functional parts.

  • ✓ High impact resistance — 36 J/m notched Izod, 12% elongation, 380 J/m unnotched
  • ✓ 73 MPa tensile · 2800 MPa modulus · 84 Shore D — stiff yet not brittle
  • ✓ Post-machinable (drill, grind); uncolored, black & custom colors
  • ✓ A cost-effective alternative to Loctite IND403 HDT80

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Common questions

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

What is One-Shot Mold (OSM) technology?
OSM combines a 3D-printed mold with the ability to withstand the temperature and pressure of real filling materials. You print the mold, fill it with your target material, then release the part by breaking the mold in water — enabling short, automatable cycle times.
How does the mold release the part?
Mold 400 VP is water-breakable. After filling, the cured mold disintegrates in water with minimal swelling — no solvent baths and no mechanical breakout, which keeps delicate geometries intact.
What can I fill it with?
It is designed for injection molding and casting with typical filling materials that require elevated temperature and pressure. For silicone injection, or if faster dissolution is needed, ask us about alternative Mold options.
Which printers is it compatible with?
Open LCD, DLP and mSLA systems. Specific parameter sets are available for Formlabs, Asiga, Prusa, Phrozen and Nexa; other machines run from the general process guide with application support.
How is it supplied and how fast does it ship?
1 kg and 5 kg bottles, made in Germany. Mold 400 VP is always in stock and ships in about 2 business days.

Place your order, or talk to an engineer first

Order ALTANA Cubic Ink Mold 400 VP – Water-Breakable Casting & Injection-Molding Resin (DLP/LCD/mSLA) | 1 kg & 5 kg direct, or talk to materials engineer

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