G1400

UnionTech

G1400

Ultra-Large-Format SLA Printer · Build Volume 1400 × 700 × 500 mm

G1400

G1400 Ultra-Large-Format SLA

The UnionTech G1400 is an ultra-large-format SLA 3D printer designed for large industrial manufacturing. Launched in 2018, it has been widely deployed for mass production of large home appliances, automotive parts and large molds.

With a dual-galvanometer synchronized scanning system and advanced multi-laser synchronization algorithms, the G1400 can print an oversized single part in one run, or batch-produce hundreds of smaller components in the same build, dramatically boosting throughput.

Adopted by leading manufacturers such as Gree, dozens of G1400 systems worldwide run reliably in production environments, supporting new-product development and prototype manufacturing.

Key Features

Ultra-Large Build Volume

1400 × 700 × 500 mm, oversized parts printed in one piece without assembly

Dual-Laser Synchronization

Dual galvanometer synchronized scanning for high speed and accuracy

Batch Production

Hundreds of smaller parts per build for volume manufacturing

Industrial Reliability

Designed for 7×24 production environments in manufacturing plants

One-Piece Large Parts

Home appliance and automotive components printed as single parts

Proven in Production

Runs in factories worldwide since 2018

Technical Data

Model G1400
Technology SLA (laser scanning photopolymerization)
Build Volume 1400 × 700 × 500 mm
Scanning System Dual galvanometer synchronized scanning
Laser System Dual lasers, 355 nm solid-state
Typical Applications Large home appliances, automotive parts, large molds, prototyping
Positioning Scalable production platform for large industrial manufacturing
Other Parameters Refer to official spec sheet; contact us for full technical documents

Applications

Direct printing of large home appliance housings, automotive interior/exterior parts, large molds and casting patterns, creative sculptures and display models.

Need ultra-large-format SLA capacity? Contact us for G1400 selection and throughput evaluation.

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