CORE 300

Our 3D printing flagships. Solid, big e precise
SHOP
PRINTING AREA
mm LENGHT
mm WIDTH
mm HEIGHT
The CORE 300 is the flagship of SDM 3D,
has a printing area of 30 cm3.
The excellence of professional printer.
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Movement

More
fast

High print performance with the optimized Firmware
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Structure

Resi
stant

Carpentry structure for resistence and solidity
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Aestethics

With
Style

Beautiful industrial style with prominent aesthetic details

TECH SPEC

Printing technology FFF (Fused filament Fabrication)
Printing area X 30 cm - Y 30cm - Z 30cm
Layer resolution

min 50 micrometer (0,05mm)
settable between 0,05mm and 0,7mm

Precision

Axis Z 0,001mm (1 micron)
Axis X/Y 0,016mm (16 micron)

Filament diameter 1.75 mm 
Filament type ABS, PLA, NYLON, TPU Flessibile, material based in wood and specials
Nozzle diameter Switchable from 0,3mm to 0,8mm, standard 0,4 mm
Printing speed Variable between 10mm/s to 300mm/s Acceleration management by the firmware
Bed

Bed heated for the max adesion of the object during the printing fase.
Feeding of the Bed included with the printer.
Possible use of the Kapton tape for a better adesion.

Print mode

Stampa autonoma tramite scheda SD o via USB da Computer, schermo LCD integrato

Bed calibration

Calibrazione assistita da LCD

Printer size 58 x 66 x h 86 cm
Printer weight 42 kg
 

MECHANIC SPEC

Motors step by step 5 motors - step  1,8°
Acceleration management by the firmware 
Metallic structure Bended and welded metal
Displacement axis With bearings on linear guides
Bed Spostamento con vite trapezoidale e centraggio con doppia barra verticale
Movement Based on Core XY technology
Nozzle type Bowden extrusion possibility: single, double, 2 in 1
 

SOFTWARE

Firmware Marlin customized for SDM 3D printer
Slicing Equiped with Simplify3D, compatible whit Slic3r or Cura
Software manage  Simplify3D, also compatible with Repetier Host or Cura
It support Windows - Mac - Linux

 

MATERIALS
MATERIALS USED ON 3D PRINTING

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POLYLACTIC ACID

PLA

The PLA, with excellent aesthetic properties, is the most used material.
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ACRYLONITRILE BUTADIENE STYRENE

ABS

The ABS is used for industrial prototypes with basic mechanical resistance.
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HIGH IMPACT POLYSTYRENE

HIPS

The HIPS combines mechanical features with ease of use.
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SYNTHETIC POLYMERS

NYLON

The NYLON is the material more resistant to stress and wear.
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POLYETHYLENE TEREPHTHALATE

PET-G

The PET-G, identical to that of plastic bottles, is beautiful and simple.
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STYRENE BASE

ARCHI
TECTURAL

The ARCHITECTURAL series is formed from plastics with different immission of dust
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POLYAMIDE & CO.

SPECIAL

The SPECIAL are several materials with unique mechanical and aesthetic characteristics .
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