HESAI 3D Printer Controller Kit for Arduino Mega 2560 R3 Board + RAMPS 1.4 Control Panel + LCD 12864 Motherboard Display + 5pcs DRV8825 Stepstick Stepper Motor Driver Module + Heat Sink

MEGA 2560 R3 Board

The Mega is 100% compatible with Arduino and most shields designed for the Arduino

The chip is Atmega2560-16au and Atmega16u2, same with the official version.

Improved and expert version: 1.0 pinout: added SDA and SCL pins that are near to the AREF pin and two other new pins placed near to the RESET pin, the IOREF that allow the shields to adapt to the voltage provided from the board. In future, shields will be compatible both with the board that use the AVR, which operate with 5V and with the Due that operate with 3.3V. The second one is a not connected pin, that is reserved for future purposes.

Stronger RESET circuit.

It contains everything needed to support the microcontroller; simply connect it to a computer with a USB cable or power it with an AC-to-DC adapter or battery to get started.

RAPMS 1.4 Controller

Fully assembled & tested, no soldering required

Designed to fit the entire electronics needed for a RepRap in one small package for low cost.

Modular design includes plug in stepper drivers and extruder control electronics on an Arduino MEGA shield for easy service, part replacement, upgrade-ability and expansion.

A number of Arduino expansion boards can be added to the system as long as the main RAMPS board is kept to the top of the stack.

Version 1.4 uses surface mount capacitors and resistors to further cover edge issue cases.

LCD 12864

Using a large screen 12864LCD.

With a SD card base on back, put slicing file into the SD card and select the file on the LCD, then can be printing.

Product comes encoder parameter adjustment can be achieved, and the file selection print.

Plug and play on the RAMPS, but need to modify the firmware to support.

Package List:

1x MEGA 2560 R3 Board

1x RAMPS 1.4 Controller

1x LCD 12864

5x DRV8825 Driver

5x Heat Sink

1x Screwdriver

Product Features

  • Fully assembled & tested, no soldering required
  • Designed to fit the entire electronics needed for a RepRap in one small package for low cost.
  • Modular design includes plug in stepper drivers and extruder control electronics on an Arduino MEGA shield for easy service, part replacement, upgrade-ability and expansion.
  • A number of Arduino expansion boards can be added to the system as long as the main RAMPS board is kept to the top of the stack.
  • Version 1.4 uses surface mount capacitors and resistors to further cover edge issue cases.

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Jili Online 3D Printer Part Material Detection Module with Wire for 1.75mm Filament Module Monitor Sensor

Description:

– Wear-resistant copper sets added in both the inlet and outlet to effectively extend the product life. Wiring: Connect the module to the M-sensor port on the motherboard.
– Used for Lerdge board: When there is material in, the green light in the module keeps lighting. when the material is exhausted, the green light goes off,and the motherboard executes the pause command operation, after the replacement of the material, can continue to print.
– Used with other motherboards: The material detection module uses the level transition detection method.
– When with material in, the detection level signal should be high, and when no material, the material port level signal goes low.
– When the system detects a determined transition from high to low level, it will regard it as the material exhausted, then the board executes the pause command operation, and after the replacement of the material, it will continue to print.

Specification:

– Board size: 38*30*13mm/1.50*1.18*0.51inch

Package Includes:

1 Piece Material detection module with cable.

Product Features

  • Wear-resistant copper sets added in both the inlet and outlet to effectively extend the product life. Wiring: Connect the module to the M-sensor port on the motherboard.
  • Used for Lerdge board: When there is material in, the green light in the module keeps lighting. when the material is exhausted, the green light goes off,and the motherboard executes the pause command operation, after the replacement of the material, can continue to print.
  • Used with other motherboards: The material detection module uses the level transition detection method.
  • When with material in, the detection level signal should be high, and when no material, the material port level signal goes low.
  • When the system detects a determined transition from high to low level, it will regard it as the material exhausted, then the board executes the pause command operation, and after the replacement of the material, it will continue to print.

Visit The Website For More Information…

Jili Online 3D Printer Part Material Detection Module with Wire for 1.75mm Filament Module Monitor Sensor

Description:

– Wear-resistant copper sets added in both the inlet and outlet to effectively extend the product life. Wiring: Connect the module to the M-sensor port on the motherboard.
– Used for Lerdge board: When there is material in, the green light in the module keeps lighting. when the material is exhausted, the green light goes off,and the motherboard executes the pause command operation, after the replacement of the material, can continue to print.
– Used with other motherboards: The material detection module uses the level transition detection method.
– When with material in, the detection level signal should be high, and when no material, the material port level signal goes low.
– When the system detects a determined transition from high to low level, it will regard it as the material exhausted, then the board executes the pause command operation, and after the replacement of the material, it will continue to print.

Specification:

– Board size: 38*30*13mm/1.50*1.18*0.51inch

Package Includes:

1 Piece Material detection module with cable.

Product Features

  • Wear-resistant copper sets added in both the inlet and outlet to effectively extend the product life. Wiring: Connect the module to the M-sensor port on the motherboard.
  • Used for Lerdge board: When there is material in, the green light in the module keeps lighting. when the material is exhausted, the green light goes off,and the motherboard executes the pause command operation, after the replacement of the material, can continue to print.
  • Used with other motherboards: The material detection module uses the level transition detection method.
  • When with material in, the detection level signal should be high, and when no material, the material port level signal goes low.
  • When the system detects a determined transition from high to low level, it will regard it as the material exhausted, then the board executes the pause command operation, and after the replacement of the material, it will continue to print.

Visit The Website For More Information…

Authentise Announces New 3Diax Module, Embedded with Siemens PLM Geolus Search

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Two years ago, Authentise, which provides process automation software for additive manufacturing, introduced its 3Diax API platform, which ensures that businesses can use tools to enhance their 3D printing projects and are able to use an innovative application platform that comes with safe storage facilities online. The company has been busy – exactly one year ago, Authentise released its 3Diax Machine Analytics, shortly followed by the release of its Manufacturing Execution System.

Today, Authentise is announcing its Geometric Search module and a new digital distribution partnership with Siemens PLM Software, which will make the new module more accessible.

“Geometric Search is one of our most versatile modules: there are so many situations – from design to post-production – that it can be used in,” Andre Wegner, the CEO of Authentise, told 3DPrint.com.

“We think that leads to it being a fundamental ‘glue’ between the different workflow steps that are (sadly) still required to make additive production a scalable reality. The beginning of this technology has been languishing largely unused as part of larger PLM deployments (read: not flexible, easy to use or priced appropriately), so we’re proud to be the first ever to unlock it for all.”

Each of the Authentise modules has multiple providers, and users will be able to find the right solution, with a standard format and streamlined payment process, for each use case. The partnership will make shape search technology as a whole more widely available to the digital manufacturing industry, as Geometric Search will be embedded directly with Siemens PLM’s own shape search technology, Geolus Search, in 3Diax. The module that results from this combination will make it easy to add shape search to integrated, customized workflows which Authentise notes “stretch across the digital thread from design to production.”

“Siemens PLM Software is committed to creating partnerships that enhance the experience of end-users,” said Evan Knuttila, Vice President Global Sales -PLM Components, Siemens PLM Software.

The Geometric Search module identifies associated parts based on geometric similarities. It provides the digital thread with more tools, and gives users a smarter, more secure method of CAD archival. The integrated workflows previously mentioned will definitely benefit, as knowledge that centers around designs, like material choices and intellectual property (IP) rights, can be found using geometry and not keywords.

The new 3Diax module featuring Geolus software from Siemens PLM allows customers to find designs similar to highly classified internal ones, so that they can externally share them to get a quote, or, to allow for further communication and transparency, review the design. The module also helps keep companies safe from scanning any parts against blacklists, which is a breach of IP regulations, and saves on design process time by helping to decide additive manufacturing candidate designs, along with recognizing designs that have similar compensation models and parameters.

Wegner said, “We are delighted to be working with Siemens to extend our offering. We partner with a variety of companies to increase both the breadth and depth of modules on 3Diax. It is great to see that even more established players see an opportunity in working with 3Diax to give those customers pursuing advanced process automation the tools in the format they need.”

Share your thoughts on this story and other 3D printing topics at 3DPrintBoard.com, or comment below.

Aluoflower TMC2100 Stepper Motor Driver Super Silence Module Heat Sink for 3D Printer Parts


Description:

Features:
100% brand new and high quality.
Drive current algorithm and regulation.
1. drive current algorithm: i=Vref*1.9/2.5, the default Vref about 0.65v, so the default current 0.5A, the maximum current 1A
2. Vref measurement of Gnd and potentiometer intermediate voltage.
3. Don’t connect to the motor when measuring voltage, otherwise it is easy to burn the drivers.
4. the measurement of the voltage should be switched on. Don’t just connect the USB power supply.
Attention: please put TMC2100 drivers in the correct direction on the board.

Use of the TMC2100 drive module:
1. When use in the Ramps1.4 or MKS Gen, or Lerdge touch screen motherboard, please remove the 3 jumper cap under the socket.
2. Please pay attention to direction.
3. The heat sink directly attached to the PCB.
4. The motor direction is opposite to that of A4988 and DRV8825, please adjust the firmware or adjust the motor wiring if you want to change to 4988.
And if you use the Lerdge motherboard, please set the direction directly in the setting page of direction of the motor.

Specifications:
Name: TMC2100 Stepper Motor Driver
Color: White + Blue
Size: 2×1.5×1.2cm / 0.79×0.59×0.47in (Approx.)
Heat Sink size: 1.2×0.9×1.2cm/0.47×0.35×0.47in (Approx.)
Application: 3D printing
Quantity: 1PC (other accessories demo in the picture is not included)

Package includes:
1 X TMC2100 Stepper Module With Heat Sink

Product Features

  • 100% brand new and high quality.
  • Super silence in working.
  • Drive current algorithm: i=Vref*1.9/2.5, the default Vref about 0.65v, the default current 0.5A, the maximum current 1A
  • Size: 2×1.5×1.2cm / 0.79×0.59×0.47in (Approx.)
  • Heat Sink size: 1.2×0.9×1.2cm/0.47×0.35×0.47in

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“TWP 3D Printer accessories Motor Parallel Module for Double Z Axis Dual Z Motors for 3D Printers

This module is only used for motor-side parallel, a driver drives two motors. And only for mini printers or small current motors in parallel (with the same motor in parallel, the current are divided evenly). Shipping list(Per unit): Motor parallel module * 1pc 10cm motor cable * 1pc

Product Features

  • Suitable for motor-side parallel, a driver drives two motors
  • Only for mini printers or small current motors in parallel
  • Easy to connect

Detailed Information available on our Homepage…

Anpro 2 Pack 3D Printer Heat Bed Power Module 3D Printer Board Expansion Board Hot Bed Power Module MOS Tube

With Anpro module to your 3D printer motherboard, the maximum current can be up to 25A.If you want to apply the hot bed to your 3D printer which uses a 12V power supply, it may easily cause excessive current during times which may burn the connectors on the controller board. But please don’t worry, Anpro module can help you solve this issue. If it is large power heated, we suggest 24V power supply, under the same power requirements, current is less than 12 v. If you need anything greater or equal to 15A and to make it work, you need this extra power module–Anpro module.

Specifications:
Color:Black
Dimensions: 2.3inchX1.9inchX1.3inch
Max Current: 25A(Enhance heat dissipation)
Net Weight: 75g(approx.)

Notice:
Under the premise of normal cooling, it work stable under I(Max)=25A, the current must not exceed 25A while the process working

Package included:
2*Heat bed Power Module with 2 connection cables

Warranty:
60 days money-back & 24-month warranty. Any questions you have, please don’t hesitate to contact us. We will get you back within 24 hours.

Product Features

  • Heat bed power module is helpful for heat bed to solve the issue of overload power and current load
  • With add-on headed bed expansion power board module to 3d printer board lead the maximum current up to 25A
  • Power module can be used in both Chitu motherboard,and other open 3D Printer motherboards
  • Please note: Under the premise of normal cooling, it work stable under I(Max)=25A, the current must not exceed 25A while the process working; It is recommended to use 24V power supply
  • Package included: 2*Heat bed Power Module with 2 connection cables

Visit The Website For More Information…