
3D printer
MP-150m Metal 3D Printer
It is widely used in cultural and creative design, intelligent manufacturing, functional part printing, personalized customization, industrial R&D, consumer electronics, mold manufacturing, education and scientific research, meeting the demands for rapid prototyping, customized parts, small-batch production and precision manufacturing.
Get QuoteProduct Description
Features :
The machine will be used to deliver metal parts for the following applications :
Will be Used for industrial & medical application & related compliant …
The parts to be covered include functional parts for medical devices etc…
The machine use Powder Bed Fusion / DMLS / DMP / DMLM Technology.
The machine capable of delivering metal parts direct from CAD data/model.

Key Machine Features
1 The build envelope size 150 x 150 x 100 mm
2 The machine a single laser head and the possibility to upgrade to a laser
of higher capacity. The laser power 400W.
3 The machine option to run both with reactive and non-reactive material
currently available on the market.
4 The two stage recirculating lter system , vendor to supply 2000 Hrs. of lter
along with machine.
5 The machine capability to process the following materials
6 Stainless Steels as per DIN
7 Titanium based Alloy Ti-6Al-4V As per MP-150m
8 Cobalt-based alloy CoCr etc.
9 Aluminum alloy AlSi10Mg As per MP-150m
10 Machine will be able to handle metal powders mentioned from 3rd party metal powder
manufacturers as well. 11 MATERIAL TEST REPORTS specify the qualied materials and its material
properties by attaching material technical data sheets. Software material build parameters.
12 Laser Safety : The machine will meet the requirements of laser safety as per EU
13 Operating Gas :The machine will be able to operate both in Nitrogen and Argon modes.
With regard to safety against oxygen, system able to process with 0.1% oxygen.
Build Parameters :
1 Achievable part accuracy +/- 50 micron As per ISO 2768-1/ DIN or Similar
2 Layer Thickness range cover 20 microns to 60 microns or wider
3 Editable parameters provided to vary scan speed, laser power, spot size, trace
spacing, oset to original contour along with the supply.
4 Volume build rate in the range of 15 cm3 / hr. to 20cm3/hr. demonstrated on asked .
5 Capability to Build Parts
6 Capability of manufacturing wall thickness of 0.15 mm
7 Capable of printing minimum diameter of 0.1 mm
8 Ultrasonic Sieving systems which can operate in reactive and non-reactive material
in inert environment. Sieve sizes applicable to materials as referred in
Clauses 3.5.1 to 3.5.5 included in the supply.
9 The machine will be all the necessary modules / containers for sieving , extraction
of the materials handled.
Technology:
1 The build area temperature will be controlled to ensure repeatability of parameters
on the machine, especially when a large /continuous production is resorted to. Along with
Ergonomic Handling systems with following features,
a) Suitable safe system for removing and transporting building platforms.
b) Cleaning - Since during building a lot of condensates is sucked from the build area into
the lter, the system automated lter cleaning. Suitable vacuum cleaner.
Notes:
I. In case of build and support material are dierent, separate bays for the materials.
II. For reducing residual stresses, provision made for pre-heating of build material
Software (AI Inbuilt):
1 Compatible software with user interface routines will be Provided . It cover the building
process and include repair, cutting or scaling of 3D structures. If the part is to be separated from
the building platform, e.g. typically in Direct Part applications, a support structure will be Provided
2 The CAD data are normally converted into the STL format in which the part geometry is
approximated by a network of triangles. However, various software packages permitted /
formats such as STL,3MF,OBJ,PLY etc..
3 STL verication for correction of ipped normal and overlap incidences
4 Automatic generation of support structures
5 Scaling (linear and non-linear) and resizing
6 Automatic build time estimation
7 Interface for visualizing layer data.
8 Software will be able to generate a G-Code and the System needs to be able to read &
process the Code.
9 The machine software inbuilt tool & capability for third-party material parameter
development. All software licenses to be perpetual.
10 The Software will be additional 20 users lic. for oine Training to student / professionals .
All software licenses to be perpetual.
11 Software will be integrated with Smart and automated generation of design of experiments
DoEs models for the most critical process parameters.
12 Software give Automatic part density calculation using microscopic images and smart
image processing for development of new alloys parameters.
13 Computer with Core - i7 (7th generation or latest) of HP / Dell Make


