● Large forming size frees up productivity
FS350M-4 has 433mm×358mm×400mm large-size forming cylinders, which support a wide range of materials to meet different production needs.
Four-laser large layer thickness process, advanced multi-laser scanning strategy, maximum volume forming efficiency of 100cm3/h, to ensure efficient production.
Bi-directional powder spreading, compared with one-way powder spreading efficiency increased by 38%.
Optional long-lasting circulating filtration system

High efficiency, safety, stability and reliability
Closed-loop intelligent monitoring of the powder feeding system under inert gas protection environment, no contact between personnel and powder, easy operation and high safety.
Machine vision algorithm realizes the detection of powder laying defects such as lack of powder and warpage in the printing area, which reduces the labor cost and improves the rate of finished products.
Multi-layer flat blowing wind field layout, uniform and reliable print quality across the entire width.

Small size and large capacity, independent open source
The mainframe covers an area of only 6 square meters, compact layout to maximize economic efficiency.
Process parameters open source, personalized to meet the diverse production needs

Overall dimensions (L×W×H) 3260mm×1850mm×2300mm (excluding top powder tank and other parts)
Dimensions of molding cylinder (L×W×H): 433mm×358mm×400mm (including thickness of molding substrate)
Net weight of equipment: about 3300kg
Powder layer thickness: 0.02-0.1 mm adjustable
Scanning speed: up to 10 m/s
Laser system: fiber laser, 500W×4
Shaker scanning system: fixed focus
Inert gas consumption (printing process): 3 - 5 L / min (nitrogen / argon)
Powder handling system: inert gas protection under the full flow of powder handling system
Operating system: 64-bit Windows 10
Data processing and system control software: BuildStar, MakeStar ®
Software features: open source parameter adjustment, real-time modification of construction parameters, three-dimensional visualization, diagnostic functions, support for adding functions
Data format: STL
Power requirements: 380V ± 10%, 3 ~ / N / PE, 50Hz, 50A
Operating ambient temperature: 22-28°C
Forming material: titanium alloy, aluminum alloy, die steel, stainless steel, etc.

Lightweight stand

Printing device: FS350M-4
Printing Material: Aluminum Alloy

This workpiece is an important part that connects the robot launch mechanism with the chassis. Using Huashu 3D printing technology, the parts are integrated from 27 to 1 now, and the weight is reduced by 42% from 295 grams to 170 grams, which is a 42% reduction in weight. Compared with the traditional manufacturing, the robot gimbal that is 3D printed with lightweight parts has a lighter weight, a faster response time, and a better maneuverability performance.