Hammer Pro25.
Mass manufacturing.
Industrial scale
production.

Take your AM production to the next level with the Hammer Pro25

The Hammer Pro25 is a high throughput 3D printer for industrial demands enabling automatic and continuous manufacturing of metal parts with LMM.

Production machine for advanced industrial applications​

Large batches and mass production

Optimized cycle times

Hammer Pro25 Parameters

Lateral resolution

25 µm

Building volume (x, y, z)

200 x 203,2 x 140 mm

Layer thickness

10 – 100 µm

Projector type

two scrolling projectors

Material throughput

up to 980 cm³/h

Feedstock reloading

automatic

Printer dimensions (w, d, h)

1600 x 1060 x 2020 mm

What makes LMM so special?

LMM utilizes lithography to create a 3D part layer by layer.

Used in manufacturing of computer chips, lithography offers unparalleled precision and surface quality in metal AM.

Eliminates the need for support structures during printing.

Provides a powder-free, clean, and safe working environment.

Incus offers the widest range of printing solutions and materials for both laboratory and industrial scale production needs.

Application areas

Designed and developed for mass production purposes, the Hammer Pro25 is engineered for the dynamic demands of mass production, effortlessly printing both larger and smaller parts. With industrial-grade efficiency, it significantly reduces cycle times, ensuring rapid and cost-effective manufacturing, and empowers  users to meet their production goals with unparalleled precision.

resized Incus_Shooting_DEC23-124

Mass Production

Improved coating mechanism and novel scrolling projector technology significantly increase material throughput for higher production capabilities and mass production.

Heater sintered part

Large Parts

Massively increased building volume enables the production of larger parts with superb surface finish, printing features, and details in well-known LMM quality.

IMG_6764

Industrial Cycle Times

Automatic reloading of feedstock material and easy removal of finished printing jobs minimize machine downtimes, and production costs for maximum manufacturing efficiency.

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