ADIMLab 3D Printer Gantry-S Prusa i3 Type 32bit Board 24V15A Power 230X230X260 Build Size Power Resume Filament Detector Metal Extruder and 3 Fans for E3D V6 Type Hot End

The configuration of ADIMLab Gantry-S 3d printer:
◆Printing technology: FDM
◆Colour: Black
◆Printing platform: Aluminum base heated bed with High Adhesion Building Platform
◆Printing Color: Single color one time.
◆Extruder: Metal MK8.
◆Display: 12864 LCD
◆Filament: PLA, ABS, Wood-polymer, PETG, HIPS, PVA, etc.
◆Nozzle diameter: 0.4mm.
◆Filament diameter: 1.75mm
◆Layer resolution:0.05-0.3mm
◆Max printing Speed: 200mm/s.
◆Max build Volume:230*230*260mm.
◆Positioning accuracy: Z 0.0025mm, XY 0.01mm.
◆Hot bed max.temp: 100°C.
◆Extruder max.temp: 260°C
◆Power input: 110/220V, 360W
◆Power Output: DC 24V 15A
◆Connection:4G SD card, USB cable, Optional WI-FI module
◆Support format: STL,G-Code,AMF,OBJ
◆Operating software: repetier-host,CURA,Simplify3D, Slic3r,etc.
◆Operating system: Windows7/8/10, MAC OS/Linux
◆Machine Dimension: 520X 550X 620mm
◆Package Dimension: 500X 410X 185mm
◆Machine weight: 6.8KG
◆Package weight: 8.5kg
◆Warranty: 1 year warranty for the 3d printer
◆Support:
email:[email protected]
Skype and facebook: ADIMLab 3D Printer

◆About shipping:
① If select shipping from seller, it will take less than 15 days to arrive
② Except US, if shipped from seller, there maybe some customs fee to claim, please know that.

Product Features

  • ADIMLab_Gantry-S 3d printer includes:
    ◆240X240mm hot bed
    ◆High Adhesion Building Platform
    ◆32bit main board
    ◆Filament detector
    ◆Metal MK8 extruder
    ◆scraper, tweezers, Plugging needle, screwdrivers and other tools for assembling
    ◆4G SD card
    ◆12864 LCD Display
    ◆All V-Slot Rails
    ◆Filament holder
  • Partially Preassembled kits, 30-50 minutes finish assembly, supply videos for every steps on youtube
    all All V-Slot Rails and 2040 frame make moving stable and the structure stronger
  • 32bit Mother board with MOS module, Main frequency 72MHZ, Fast running speed, Equipped with: SD card upgrade configuration firmware, configuration file to adjust drive current, Support power Resume, filament detector;
    Upgrading and Optional : WIFI, Auto leveling
  • 240X240 hot bed could print at least 230X230 size, heat more than 100℃, with High Adhesion and Even Heating to make the first layer stick to the bed well and make the leveling more easier
    metal MK8 extruder and E3D V6 type metal hot end ststem with 3 fans to cool, structure stronger, extrude stable and smooth, not easy to clog
  • Power Resume function could continue the breaking printing job caused by unexpected power outage, save large time especially for large models.
    Filament detector would alert you to change filament in case the printer would run in air or the spool is empty. give you freedomto leave and keep safe

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Automatic Leveling Module,3D Printer Part Automatic Leveling Module Film Pressure Probe Type Auto-leveling Sensor(Suitable for Makerbot nozzles)

Specifications:
Compatible nozzle(Optional): For Makerbot, for Ultimaker, for MK8, for E3D/ E3DV6 Weight:12g  Signal line: 1m/39.37inch
Related instructions:

Auto Leveling Parameters Description:
X-axis direction offset: the offset of the leveling probe relative to the print nozzle in the X-axis direction
Y-axis direction offset: the offset of the leveling probe relative to the printing nozzle in the Y-axis direction
Z-axis direction offset: the distance from the platform to the print head when the leveling probe detects the platform
Probe stowed angle: the angle of the servo for the leveling probe when the probe is stowed/retracted/up (can ignore this when not in use)
Probe open angle: the angle of the servo for the leveling probe when the probe is
deployed/down (can ignore this when not in use)
Number of leveling points: The number of probe points that probe on the plane. The actual number of detected points is equal to the square of the set value. For example, if set to 4 points, 16 points are actually detected, and the maximum is 9, namely 81 points.
Probe trigger mode: Set the level state when the leveling probe is triggered.
Package Included:
1 x Auto-leveling module  1 x 1 meter signal line
Note: Do not use the leveling sensor when the nozzle temperature is higher than 45degrees!!!

Product Features

  • EASY TO BE USED:Easy to be used. Can be applied to different types of 3D printers. The default trigger distance is 0.1mm
  • HIGH PRECISION:High precision, leveling repeatability can be ± 0.05mm
  • THE AVERAGE SERVICE LIFE:The average service life of the module is more than 500,000 times
  • COMPATIBLE :Compatible with almost all the 3D printer motherboards in the current market
  • GOOD ANTI-INTERFERENCE ABILITY:Good anti-interference ability, will not be affected by the platform material, ambient light, ambient temperature and humidity, etc

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Global Polymers for 3D Printing Market 2018 – Manufacturers, Countries, Type and Application …

The best in class investigation give a record of Global Polymers for 3D Printing Market portrays a point by point important market survey which is filled with significant research to acquaint the customers with latest Polymers for 3D Printing market trends, current market overview and Polymers for 3D Printing market development status expected during the forecast period from 2018-2023. Worldwide Polymers for 3D Printing Report offers a thorough analysis of different Polymers for 3D Printing market sections like dominating key players their visions which will help the readers to analyze the Polymers for 3D Printing advancement market.

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Worldwide Polymers for 3D Printing report is apportioned into different sections on basis of Polymers for 3D Printing product category, different types of applications, and key regions which contribute gigantically to the Global Polymers for 3D Printing Market piece of the overall industry. The all-around analysis of the Polymers for 3D Printing market to know advancement openings, growth opportunities, potholes to the market change in a divided manner will help in think the market progression circumstance.

Global Polymers for 3D Printing market report also includes Polymers for 3D Printing Market Business Overview. It also includes Polymers for 3D Printing Market by Applications and Type, Polymers for 3D Printing Revenue, Sales and Price and Polymers for 3D Printing Business Share. This report of Polymers for 3D Printing Market research also consists Global Polymers for 3D Printing Market Competition, by Polymers for 3D Printing market revenue of regions, sales and by Polymers for 3D Printing industry Competitive Players, (2013-2018).

This report describes the development of the industry by upstream & downstream, industry overall and development, key companies, as well as type segment & market application and so on, and makes a scientific prediction for the development industry prospects on the basis of analysis, finally, analyzes opportunities for investment in the industry at the end of the report.

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Market Segmented By Top Key Players:-

Stratasys, Exone, DSM, Arevo, DuPont, TLC Korea, 3dsystems, LG Chem, Taulman3D, Orbi-Tech, MATTERHACKERS, Materialise, Rahn, 3D HUBS

Market Segmented By Application:-

Electronics, Automotive, Medical, Consumer Products, Education, Aerospace

Market Segmented By Type:-

PE, PP, PC, PVC, ABS

Worldwide Polymers for 3D Printing Market Details Based On Regions

– Polymers for 3D Printing Market in North America (The USA, Canada, and Mexico).

– Europe Polymers for 3D Printing Market(Germany, France, UK, Russia and Italy).

– Polymers for 3D Printing Market in Asia-Pacific (China, Japan, Korea, India and South-East Asia).

– Latin America Polymers for 3D Printing Market, Middle, and Africa.

The initial segment of the report describes the data identified with the essential Audio Industry Definition, Trend, key market players, their Key Players profiles, deals proportion, demand, and supply volume, Global Polymers for 3D Printing Market gets in the midst of 2016 and 2018 and describes the industry upstream and downstream of market and technology and cost structure Polymers for 3D Printing market. The second piece of the Polymers for 3D Printing report describes the Industry History, Development Prospect, Competition Structure of the market, Trade Overview and more subtle elements expressing the business income of every Polymers for 3D Printing industry player, the business procedures took after by them. The third piece of the report shows the aggressive situation of all the Polymers for 3D Printing market players on a premise of the income picks up and also analyze the market size and development status expected during the forecast period from 2018-2023.

The fourth bit of the report enlists the Global Polymers for 3D Printing Market unpretentious components like Company Overview, Sales Data Products, and Services, analysis of business, and Polymers for 3D Printing showcase grabs in the midst of the period from 2012 to 2018. Fifth, a sixth part of the report analyzes the Polymers for 3D Printing Market Competition, Industry Competition Structure Analysis and market demand and situation of the current market.

Next parts of report, gives information such as market, product, price and channel features with respect to the forefront Polymers for 3D Printing showcase designs expected in the midst of the check time allotment from 2018 to 2023, Global Polymers for 3D Printing Market promoting strategies, regional and investment analysis and cost and revenue analysis of Polymers for 3D Printing Market advertise dealers, measurable information purposes of the Polymers for 3D Printing market and basic Polymers for 3D Printing business conclusion nearby data gathering sources and reference area.

What Global Polymers for 3D Printing Market Report Contributes?

In short, the report is a vital guide for understanding the Polymers for 3D Printing industry accomplishments to the extent each significant perspective like all around learning of the genuine players and benefactors influencing the Global Polymers for 3D Printing Market advertise. The examination moreover bases on current Polymers for 3D Printing advertise point of view, bargains edge, inconspicuous components of the Polymers for 3D Printing showcase movement.

Overview Of Table Of Content:-

Part 1 Industry Overview
1.1 Polymers for 3D Printing Industry
1.1.1 Definition
1.1.2 Industry Trend
1.2 Industry Chain
1.2.1 Upstream
1.2.2 Technology
1.2.3 Cost Structure
1.2.4 Consumer Preference
1.2.2 Downstream
Part 2 Industry Overall
2.1 Industry History
2.2 Development Prospect
2.3 Competition Structure
2.4 Relevant Policy
2.5 Trade Overview
Part 3 Polymers for 3D Printing Market by Product
3.1 Products List of Major Companies
3.2 Market Size
3.3 Market Forecast
Part 4 Key Companies List
4.1.1 Company Overview
4.1.2 Products and Services
4.1.3 Business Analysis

Read More Detailed TOC (Table of Content) of Global Polymers for 3D Printing Market Here: http://marketdesk.us/report/global-polymers-for-3d-printing-market-2017-99s/7762/#toc