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CH Leading L251510 Sand Binder-Jetting 3D Printer – Foundry Molds & Cores | 2500×1500×1000 mm

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Install, operator training, and validated print profiles
Tailored warranty with same-week dispatch on critical issues

3D printers, Business 3D Printers, Engineering 3D Printers, Manufacturing 3D Printers, Sand 3D Printers, Sand BJ · Sand Binder Jetting

CH Leading L251510 Sand Binder-Jetting 3D Printer – Foundry Molds & Cores | 2500×1500×1000 mm

The CH Leading L251510 is a large-format sand 3D printer that binder-jets full-size casting molds and cores straight from CAD — a 98.4×59.1×39.4 in / 2500×1500×1000 mm forming box, printing up to 519 L/h with no patterns and no tooling. Offered in High-Speed and Plus (AGV, automatic sand recovery and digital-factory) configurations.

✔ 2.5×1.5×1.0 m build box — the largest in the line, full molds and cores in one piece
✔ Plus: 312–519 L/h at ~13 s/layer · High-Speed: 213–355 L/h — CAD to sand mold in a day
✔ Nitrogen-free furan or inorganic binder; onboard AC, sand recovery & mixer
✔ Lead time: configured to order — request a quote for delivery & installation

Prices follow supplier cost and stock availability and are updated regularly. The price you see is today's price — once you order, it's held for 7 days.

Install + training included Tailored service plan

200+qualified systems

<24engineer response

Demo firstbefore you commit

Same-weekservice dispatch

What your foundry engineer actually checks

From CAD to mold in a day

Binder jetting prints the mold and cores directly — no pattern, no corebox, no machining. At up to 519 L/h a 2.5×1.5×1.0 m box fills in hours, so complex castings iterate in days, not weeks.

An applications engineer on the line

Not a remote ticket queue. Our engineers help match sand and binder to your alloy, choose High-Speed or Plus, and dial in mold parameters — sub-4h reply, NDA standard.

About this product

The CH Leading L251510 is the largest sand 3D printer in the line — it binder-jets full-size casting molds and cores straight from CAD in a 98.4×59.1×39.4 in / 2500×1500×1000 mm forming box, at up to 519 L/h, with no patterns and no tooling. Choose the High-Speed single machine or the Plus configuration with AGV build-box transfer, automatic sand cleaning and a digital-factory production line.

CH Leading 3D-printed sand exhaust manifold core — binder jetting foundry casting — Supercharger exhaust manifold core, printed in sand.

CH Leading 3D-printed sand engine core — binder jetting foundry casting — Complex engine core — internal passages no machining can reach.

CH Leading 3D-printed sand engine block cores — binder jetting foundry casting — Engine block cores printed in one box.

Why foundries choose the L251510

Binder jetting turns CAD into casting molds and cores — no pattern, no corebox, no machining.

2.5×1.5×1.0 m build box

A 98.4×59.1×39.4 in / 2500×1500×1000 mm forming box prints the largest molds and cores in the line in one piece — engine blocks, large pump and valve bodies, castings the CNC route can’t reach.

Up to 519 L/h build rate

The Plus prints 312–519 L/h at about 13 s per layer; the High-Speed 213–355 L/h. A full box finishes in hours, not the days a machined mold or pattern shop needs — CAD to sand in a day.

Nitrogen-free furan or inorganic binder

A self-developed nitrogen-free furan binder (low-corrosion, low-odor) or an inorganic binder, jetted onto silica, ceramic, cerabeads or CB sand — matched to your alloy and casting.

Built for the foundry floor

Built-in air-conditioning removes the need for a climate room, with all-direction uncured-sand recovery and an onboard high-capacity mixer — a self-contained line, not a lab tool.

How Additive Plus delivers it

Sized to your castings, installed and supported for production foundry use.

Step 01

Match sand & binder

We confirm the sand type, binder chemistry and layer settings for your alloys and casting spec, and the right configuration — High-Speed or Plus.

Step 02

Install & commission

Engineers install the printer, set up sand handling, recovery and (on Plus) the AGV line, and train your team on the print-to-mold workflow.

Step 03

Qualify & support

We help dial in mold parameters for your castings and stay on the line for production support — sub-4h reply, NDA standard.

High-Speed vs Plus

Both configurations share the 2500×1500×1000 mm forming box, print heads and open sand/binder system. The Plus adds automation and speed for higher-volume foundry production.

Configuration	High-Speed	Plus
Layer time	18–19 s / layer	~13 s / layer
Build rate	213–355 L/h	312–519 L/h
Sand handling	Onboard AC, all-direction recovery, high-capacity mixer	Adds AGV build-box transfer & automatic sand cleaning
Automation	Linear-motor motion, recipe-based parameters	Adds digital factory: mobile-app monitoring, remote maintenance, production-line ready

Materials & Binders

Open sand and binder system, matched to the metal you pour and the surface finish you need.

Sand: silica (quartz), ceramic, cerabeads (pearl), CB sand
Binder: self-developed nitrogen-free furan (low-corrosion, low-odor) or inorganic binder
Castings: aluminum, iron and steel alloys — molds and cores for sand casting

System & Process Specifications

Forming box: 98.4×59.1×39.4 in / 2500×1500×1000 mm
Layer thickness: 0.2–0.6 mm adjustable
Build rate: 213–519 L/h by configuration; ~13–19 s / layer
Print resolution: 300×400 / 400×400 DPI adjustable
Sand-mold accuracy: ±0.3 mm (0.012 in)
Onboard: air-conditioning, all-direction sand recovery, high-capacity mixer; mobile-app monitoring & AGV line on Plus
Motion: linear-motor drive · See the full Specifications tab below.

Where the L251510 runs

Foundry molds and cores for complex, low-to-medium-batch castings.

Aerospace & aero-engine

Engine accessories, complex geometries

Automotive & ICE

Cylinder heads, engine cores

Pump & valve bodies

Internal channels no machining can reach

New energy & power

Large industrial castings and cores

Art & sculpture casting

Complex forms straight from a 3D model

Rapid mold prototyping

Iterate castings without new tooling

Need a smaller box, or to print the metal directly?

Compare the other sizes in the CH Leading line, or a direct-metal route.

Long formatCH Leading L1810071.8×1.0×0.7 m box for long molds and cores — a smaller footprint than the L251510.View printer →
Wide formatCH Leading L1212071.25×1.2×0.7 m box for wide molds — the compact size in the line.View printer →
Direct metalFarsoon FS721MLarge-format metal LPBF for dense series parts without a casting step.Compare route →

Tell us your casting, alloy and batch size — an applications engineer will confirm the right forming box and whether High-Speed or Plus fits your foundry. Sub-4h reply, NDA standard.

Why Source the L251510 Through Additive Plus

Application engineering for the print-to-casting workflow, not just the machine
Sand, binder and configuration matched to your alloys and castings
Install, sand-handling setup and operator training included
Leasing and financing available for capital equipment
<24h response · 200+ AM systems delivered across 23 countries

Brand	CH Leading
Technology	Sand Binder Jetting
Build Volume	98.4×59.1×39.4 in / 2500×1500×1000 mm
Layer thickness	0.2–0.6 mm adjustable
Material	CB sand, Cerabeads (pearl) sand, Ceramic sand, Silica (quartz) sand

L251510 Sand 3D Printer — Additive Plus Datasheet (PDF)

pdf · 1482 KB

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Common questions

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

How does sand binder jetting work, and what does it replace?

The CH Leading L251510 spreads a thin layer of foundry sand, then a print head selectively jets binder onto it to bond the mold cross-section; layer by layer it builds a complete casting mold or core directly from your CAD file. It replaces CNC-milled molds, hand and foam pattern-making, and traditional coreboxes — cutting the mold-making cycle from weeks to days and removing tooling cost, while enabling internal channels no machining can reach.

What is the difference between the High-Speed and Plus configurations?

Both share the 2500×1500×1000 mm forming box, print heads and open sand/binder system. The High-Speed is a self-contained machine printing 213–355 L/h at 18–19 s/layer, with onboard air-conditioning, all-direction sand recovery and a mixer. The Plus prints faster — 312–519 L/h at ~13 s/layer — and adds AGV build-box transfer, automatic sand cleaning and digital-factory features (mobile-app monitoring, remote maintenance, production-line ready) for higher-volume foundries.

What sand and binder can the L251510 use?

The L251510 runs an open system: silica (quartz), ceramic, cerabeads (pearl) and CB sand, bonded with a self-developed nitrogen-free furan binder (low-corrosion, low-odor) or an inorganic binder. Additive Plus helps match the sand and binder to your alloy, casting geometry and surface-finish target.

How large a mold can it print, and how fast?

The forming box is 98.4×59.1×39.4 in / 2500×1500×1000 mm — the largest in the line — so it prints full-size molds and cores in one piece. Build rate is 213–519 L/h depending on configuration, at ~13–19 s/layer, so a full box finishes in hours rather than the days a machined mold or pattern shop needs.

What metals can I cast from these molds?

Molds and cores printed on the L251510 are used to cast aluminum, iron and steel alloys, among others. The sand and binder are selected for your alloy and pouring temperature; the nitrogen-free furan binder gives lower gas defects and cleaner cast-steel and stainless surfaces.

What accuracy and layer resolution does it hold?

The L251510 holds sand-mold accuracy of about ±0.3 mm (0.012 in), with an adjustable layer thickness of 0.2–0.6 mm and print-head resolution of 300×400 or 400×400 DPI. Final casting tolerance also depends on your sand, binder and pouring process — our engineers help dial these in.

What is the lead time, and what support is included?

The L251510 is configured to order, so lead time depends on the configuration (High-Speed or Plus) and sand-handling setup — request a quote for delivery and installation. Additive Plus includes install, sand-handling and recovery setup, operator training, and application engineering for the print-to-casting workflow, with leasing and financing available.

Place your order, or talk to an engineer first

Order CH Leading L251510 Sand Binder-Jetting 3D Printer – Foundry Molds & Cores | 2500×1500×1000 mm direct, or talk to materials engineer

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