Sand 3D Printing & Metal Casting — Fast, Flexible, and Scalable

From rapid prototyping to industrial production, create complex molds and cast high-quality metal parts with precision.

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What is Sand 3D Printing?

 

Sand 3D printing uses binder jetting technology to create complex molds and cores directly from CAD data. Unlike traditional tooling, it eliminates patterns, reduces lead time, and allows intricate internal geometries. These printed molds are then used for metal casting in aluminum, steel, iron, or other alloys.

 

  • Complex geometries without tooling
  • Cost-effective for low to medium volume production
  • Fast lead times (days instead of weeks)
  • Compatible with a wide range of metals
  • Scalable for prototyping and mass production

3D Printing Materials

We offer over 100+ 3D Printing materials and a wide range of surface finishes, and we also support customized materials for special projects

MaterialKey PropertiesApplicationsAdvantages
Aluminum & AlloysLightweight, corrosion-resistant, good thermal conductivityAutomotive parts, aerospace housings, consumer productsEasy to cast, fast cooling, cost-effective
Stainless SteelCorrosion-resistant, strong, heat & wear resistantMedical devices, food equipment, chemical partsHigh durability, excellent hygiene properties
Carbon SteelStrong, tough, affordableMachinery parts, construction, pipelinesHigh strength, economical, widely available
Gray IronGood machinability, vibration dampingEngine blocks, machinery basesCost-effective, high damping capacity
Ductile IronHigh strength, impact-resistant, corrosion-resistantPipes, gears, heavy machineryCombines strength of steel with castability
BronzeStrong, corrosion-resistant, good wear propertiesBearings, bushings, marine componentsLow friction, long-lasting
Copper AlloysExcellent conductivity, corrosion-resistantElectrical parts, marine hardwareHigh thermal & electrical performance
Magnesium AlloysExtremely lightweight, moderate strengthAerospace, automotive, electronicsWeight reduction, excellent machinability
Nickel AlloysHigh strength, corrosion & heat resistantTurbines, aerospace, chemical processingExcellent at high temperatures
Titanium AlloysStrong, lightweight, biocompatibleAerospace, medical implants, high-performance partsExceptional strength-to-weight ratio, corrosion resistance

Surface Finishes For 3D Prints

Improve durability and performance with a selection of finishes

Anodizing

Polishing

Tumbling

Brushing + Electroplating

Smooth machining

Electroplating

Screen/logo Printing

Sandblasting/Shot Peening

Part marking/Laser engraving

Color Matching/Painting

Heat treatment

Insert, Thread Tapping

Vaporfuse Smoothing

Learn More

Why IN3DTEC For Your 3D Printing

From idea to production, we help you get there faster.

300+ Industrial Printers

– EOS, 3DPTEK, Stratasys, HP, Farsoon, BLT & more.

All Major Technologies

– FDM, SLA, SLS, MJF, SLM, PolyJet, MBJ, Ceramic, Sand Print & Metal Casting

Broad Material Options

– 100+ Plastics, metals, composites, and custom materials.

Fast Turnaround

– Speed without compromising quality.

Expert Support

– Design optimization & engineering guidance.

Strict Quality Control

– Certified processes, reliable results.

Test 3 stl

Size: 270.00 x 136.32x46.74 mm

Volume: 187.14 cm2

... Resize Model

Walls are to thin, minimum recommended thickness value is 1.0

Show thin walls

SLM

A complete range of metal materials

HP MJF

Superior, Consistent part quality

SLS

Superior, and a wide range of functional plastics

SLA

Extremely detailed copies of real-life objects

From Quote To Delivery

Everything You Need In One Easy-to-use Platform

Our AI-powered online quoting tool delivers prices within seconds and makes order tracking and management effortless. With built-in DFM capabilities, it helps identify design errors early, saving you time and ensuring smoother part production.

No Minimum Quantity | AI-Powered DFM Analysis |Online Order Management | Flexible Lead Time & Shipping Options

“IN3DTEC is a wholly trusted partner. They help us develop new products more efficiently and quickly. High-quality products and competitive prices are also why we recommend them to more people.” Luis Ford at Leica Medical Product Design Team

Excellent 4.9 out of 5

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Mark

We placed our order for the first time using their online CNC quotation system, and we were pleased with both the price and the quality of the products. Lora was very responsible and provided suggestions for revisions to my drawings. It is a highly professional team that deserves recommendation.

Smith

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Jess Smith

How Does Sand 3D Printing Works?

 

Design CAD Model – Optimize geometry for sand printing.

 

Sand Printing – Binder jetting builds the mold layer by layer.

Curing – Harden the mold and remove loose sand.

Metal Pouring – Molten metal fills the mold cavities.

 Cooling & Breakout – Mold is removed, revealing the cast part.

Post-Processing – Cleaning, machining, heat treatment, finishing.

Quality Check – Inspect dimensions, strength, and surface  quality.

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Download The 3D Printing Guide

Discover proven design rules that help engineers and creators improve performance, save costs, and ensure consistent success in 3D printing projects.

How to Work With

Simply upload your CAD files.

Get real-time pricing and DFM insights within seconds. Or ask for manual design help.

Once your order is placed, we’ll begin production right away, and you can track and manage it anytime from your dashboard.

Partnering with FedEx, DHL, and UPS, we deliver your parts fast and on time, worldwide.

Put your Parts into Production Now

Q & A

A: A: Max. 2000x2000x800mm

A: A: 1.2- 1.5 mm

A: A: Nope

A: A: Accuracy: ±0.5% (min ±0.5 mm), some special parts are lower

A: Yes, both tinted and fully transparent finishes are available, with painting or polishing if needed.

A: Polyurethane resins simulating ABS, PP, PC, PMMA, Rubber (shore A 30–95), and transparent materials.

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