Bulltech 3D METAL SLM Printer

***UNBELIEVABLE DEAL INTRODUCTORY OFFER NEVER TO BE REPEATED NORMAL PRICE $261,250***

Bulltech is targeting to provide the one-stop and comprehensive 3D solutions?helping users to achieve optimal design, reducing production costs, improving production efficiency, improving product quality and creating value.

Great new Bulltech 3D Metal Printer

Our Bulltech M100 3D Metal printer delivers
Parts with high quality surface before polishing
Parts of high accuracy, for precision samples
Can produce functional metal parts, simplify the manufacture process
Parts have metallurgy and mechanical properties, density over than 99%.
Especially designed for single part or small amount of functional parts

This machine has a
Bus control system makes the machine faster
Remote APP monitoring and Smart pushing information
International high standard components, more stable and reliable
Self developed and patented control and slicing software, easy to use and cost saving

SLM printing uses selective laser melting technology which melts metal powders and solidifies layer by layer until a three-dimensional part is built. During the process, the ruler in the build chamber will pave one layer of the metal powder, a high powered laser selectively fuses the powder by tracing cross-section of the part on the surface of a powder bed and then a new coat of material is applied for the next layer. The whole process is in a high vacuum chamber or full of protective gas chamber to avoid the metal powder reacts with oxygen at high temperature.

M100 METAL 3D PRINTING SYSTEM SPECIFICATIONS

M100 LASER SYSTEM
Type: Fiber laser
Wave Length: 1064nm
Power: 200W (70W optional)

RECOATING SYSTEM
Process: Scraper coating
Layer Tickness: 0.02-0.1mm

OPTICAL & SCANNING
Beam (diameter1/e2): 0.04mm
Scanning Galvanometer: ScanLab
Scanning Speed: up to 7m/s
Building Speed: 2-20cm³/h

ELEVATOR
Drive Mode: servo motor precision reduction drive
Printing Board Bearing Weight: 200kg
Repositioning Accuracy: ±0.005 mm

RESIN VAT
Volume: Approx. 2L
Size:100mm (X)*100mm (Y)*100mm (Z)
Heat: Precision resistance wire heating
Protective gas: N2 / Argon
Materials: Stainless Steel / Die Steel / Titanium Alloy / Aluminum Alloy / Co-Cr Alloy / Nickel Alloy / Copper / Precious Metal etc

SOFTWARE
Control Software: Bulltech
Date Preparation Software: Materialise Magics
Data Interface: STL or other convertible format

WORKING CONDITION
Power: 220V 50/60Hz, 32 Amps, single phase
Ambient Temperature: 15-36ºC
Relative Humidity: 65%

SIZE: 1200m(L)*800mm(W)*1700mm(H)

WEIGHT: Approx. 800kg

Bulltech uses SLM technology to provide customers with various sizes of metal 3D printing equipment. Bulltech's metal printing equipment can be equipped with dual galvanometer systems, four galvanometer systems and even more to improve printing efficiency. In addition, the Bulltech M300-Multiple 3D printer has a variety of material printing technology, allowing customers to perform mixed printing of 2-4 metal materials.

Key Features:
Dynamic focus super-fast scanning style
Large surface intelligent partitioning scanning
Granite integrated Z axis lifting platform
Intelligent positioning and vacuum adsorption recoater Damaged parts removal system
Marble or Granite Countertop: Stable under various temp. and environment Stability ensures precision
Cyclone separation: Efficiently control system, three stages filter system Clean Safe Healthy
Multiple galvanometers: Multiple areas Efficient, time saving
Intelligent partitioning scanning: Reduce tension Prevent deforming
Printing process package pre-loaded: Saving time - Easy operation - ** Suitable for common used material and process
Remote APP Intelligent monitoring: Remote service support and Remote trouble shooting
Smart calculation: Saving 30% material
Life time free system up gradatio
Open system setting: More friendly to different materials
BullEye 21.5’ touch screen
Multiple printer network production: Intelligent interconnection and visualisation of production process provide optimization support for the overall production process and realize mass production, which is the development trend of additive manufacturing in the future.