3DLAM
laser additive manufacturing

Russian SLM 3D printers for metal printing and custom on-demand manufacturing of complex parts

Additive Technology Center

We provide equipment for integrating additive manufacturing into traditional production processes, supply SLM systems, and offer on-demand printing services

The number of parts printed throughout our work history

15000+

We collaborate with both Russian and international companies

200+

Our own printers print parts for you 24/7

4+

From 2 hours printing time for a part on an SLM machine

2+

Compressor wheel (impeller)

Printed from a heat-resistant alloy, significantly extending the product's service life. Printing time: 6 hours

Recoil compensator, designed to reduce the recoil of firearms

The product undergoes significant loads during operation. Production time: 4 hours

Joystick crane beam component

Complex geometry part. Conventional manufacturing methods are highly labor-intensive. Production time on a 3D printer is 2 hours

Inert gas inlet connection

Pipe with internal reinforcement for increased strength. Production time 2 hours

3DLAM cyclone filter

Creates a centrifugal force in its housing, thanks to which the powder particles settle on the filter walls. Production time 10 hours

Aircraft control handle

The part has a low weight due to optimized design. Its surface is covered with ridges to prevent slipping. Production time: 9 hours

Gas exhaust system

It has non-standard dimensions and shape. It is not feasible to produce such an exhaust system using conventional methods. Production time: 5 hours

Bracket for mounting UAV engine

The product was designed using generative design method, which allowed reducing its weight by 30%. Production time: 5 hours

Medical forceps with rounded tips

Forceps with ring handles and cross-serrated jaws. They have a unique design. Production time: 8 hours

Compressor wheel (impeller)

Printed from a heat-resistant alloy, significantly extending the product's service life. Printing time: 6 hours

Recoil compensator, designed to reduce the recoil of firearms

Joystick crane beam component

Complex geometry part. Conventional manufacturing methods are highly labor-intensive. Production time on a 3D printer is 2 hours

Inert gas inlet connection

Pipe with internal reinforcement for increased strength. Production time 2 hours

3DLAM cyclone filter

Creates a centrifugal force in its housing, thanks to which the powder particles settle on the filter walls. Production time 10 hours

Aircraft control handle

The part has a low weight due to optimized design. Its surface is covered with ridges to prevent slipping. Production time: 9 hours

Gas exhaust system

It has non-standard dimensions and shape. It is not feasible to produce such an exhaust system using conventional methods. Production time: 5 hours

Bracket for mounting UAV engine

The product was designed using generative design method, which allowed reducing its weight by 30%. Production time: 5 hours

Medical forceps with rounded tips

Forceps with ring handles and cross-serrated jaws. They have a unique design. Production time: 8 hours

Industry 4.0 and 3D printing

Industry 4.0 is a production concept based on the use of advanced technologies such as the Internet of Things (IoT), Artificial Intelligence (AI), automation, and additive technologies. Additive technologies, also known as 3D printing, are one of the key elements of Industry 4.0

From Concept to Implementation

At 3DLAM, we have undertaken extensive work to create a line of production-ready SLM 3D printers. Starting with research into existing technologies and identifying best practices in the field, we embarked on the development of our own equipment. Through continuous testing and refinement, we have improved our printers, enhancing every aspect to achieve maximum efficiency and precision

We invite you to visit us in person or schedule a video tour!

At our Additive Technology Center in St. Petersburg, 3DLAM printers are working 24/7. Come and personally explore the technology and production process

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