Question 1

Creality K1 MAX 8mm Graphite Build Plate & Heated Bed

Accepted Answer

Creality K1 MAX 8mm Graphite Build Plate & Heated Bed

Q: TMC2130

<h2 id="productintroduction">## Product Introduction</h2> <p><img src="https://raw.githubusercontent.com/FYSETC/wiki.fysetc/main/docs/images/crisp/TMC2130.jpg" alt="TMC2130" title="=800xauto" /></p> <p>The TMC2130 provides an integrated motor driver solution for 3D-Printing, Cameras, Scanners and other automated equipment applications. The device has an integrated microstepping indexer, the sensorless stall detection technology StallGuard2™, the sensorless load dependent current control CoolStep™ and the completely noiseless current control mode StealthChop™ and is intended to drive a bipolar stepper motor. </p> <h2 id="versionsdifference">## Versions Difference</h2> <p>| Versions | Difference | | ---- | | V1.0 | The default is standalone mode. If you need SPI mode, you must config by yourself. | | V1.1 | SPI mode, SPI pin out (top), you must connect wires to your board and config the firmware for it, otherwise the stepper can't run. | | V1.2 | SPI mode, SPI&amp;DIAG pin out (bottom), it's used for F6. |</p> <h2 id="features">## Features</h2> <ul> <li>SPI configuration interface (up to 4MHz)</li> <li>Up to 256 native microsteps (without interpolation)</li> <li>Reduce energy consumption by 75%</li> <li>High accuracy sensorless motor load detection</li> <li>High load driver will not lost step</li> <li>Automatic stealthChop and spreadCycle switchover depending on velocity</li> <li>Hardware compatible with StepStick and Pololu A4988 Stepper Driver</li> <li>Components on bottom PCB side for better heat emission</li> <li>Automatic standby current reduction</li> <li>stealthChop - for quiet operation and smooth motion</li> <li>spreadCycle - highly dynamic motor control chopp</li> </ul>

Product Introduction

For Creality K1 MAX Upgraded Build Plate for Fast Heating and Ultra-flat 3d.

Buying options

Set 1: 1x Graphite plate

Set 2: 1x Silicone heating pad + 1x 1.5mm Sticker

Set 3: 1x Silicone heating pad + 1x 1.5mm Sticker + 1x Graphite plate

Dimensions

Heating Pad Installation

||| Alignment ||| The heating pad and print surface sticker must be oriented correctly to ensure the mounting holes align with those in the graphite bed.

Before attempting installation please ensure the graphite bed is cleaned thoroughly to remove any oils, dirt and dust.

Work from one edge, only removing part of the backing paper. Slowly push down on the surface of heating pad moving side to side as you go. Then gradually work across the entire bed removing the backing paper as you go and appling even pressure.

You should then allow the glue to set for at least 24 hours.

Heated Bed Wiring

Wiring the heated bed using the stock Creali

Question 2

Spider V3.0 H7

Accepted Answer

1. Introduction

Spider V3 H7

Spider V3.0 H7

The Fysetc Spider V3.0 H7 is a high-end 3D printer controller board aimed primarily at custom printers such as Voron builds, CoreXY machines, and heavily modified printers running Klipper. It's essentially an upgraded version of the earlier Spider V3.0 F446, with a much faster MCU and improved high-voltage motor support.

Features vs F446 version

STM32H723VGT6 @ 550Mhz
Independent Motor Power input, 60V Peak (removed one MOSFET ouptut)
Voltage Selector on every Driver
120uF/63V Capacitor for Motor Driver
DotStar RGB Support

2. Features

| Feature | Spider V3.0 H7 | | ---- | | MCU | STM32H723VGT6 | | CPU Speed | 550 MHz | | Stepper Driver Slots | 8 | | Firmware Support | Klipper, Marlin, RepRap Firmware | | USB | USB-C | | CAN Bus | Built-in transceiver | | Motor Voltage | Selectable 24V / 48V | | Peak Motor Input | Up to 60V | | RGB Support | DotStar LEDs | | Form Factor | Same general layout as earlier Spider boards |

2.1 Whats Included

FYSETC Spider V3 H7 Board
2 x 5 Double DuPont Cable
30 x Jumper Caps
USB Type C - USB A Cable

3. Hardware Guide

3.1 GPIO and Pin Assignments

![](https://raw.githubusercontent.com/FYSETC/wiki.fysetc/main/d

Question 3

FYSETC-QuattroBox

Accepted Answer

1. Thanks too

This is the project database created by FYSETC for the QuattroBox suite, making it convenient for you to search for information. Thanks to the excellent work of the QuattroBox team, they are always able to design outstanding machines. Official Github: https://github.com/Batalhoti/QuattroBox/tree/main

2. Modifications

We make some small changes based on the QuattroBox official material.

X5 motherboard+X5 adapter board（Motherboard information：https://wiki.fysetc.com/docs/CHAMELEON-X5)
Equipped with Binky encoder, it can achieve precise filament positioning
Mechanical limit switch, safe and reliable
NEMA 17 stepper motor

3. Printed Parts

https://github.com/FYSETC/FYSETC-QuattroBox/tree/main

4. FAQ

Q: How to install to my 3D printer? A: You can read the assembly manual. We have made some changes，Replace pages 177-186 of the original installation manual.
Q：Does the installation require additional printed fixtures? A：Not needed

5. Shop

6. Tech Support

Facebook group：[https://www.facebook.com/groups/197476557529090/](https://www.f

Question 4

CATALYST.K

Accepted Answer

Introduction

This high‑performance 3D printer mainboard is built around an STM32H723 32‑bit MCU and comes in a 138 mm × 98 mm form factor. Designed for modern open‑source firmware such as Klipper, it connects to external SBCs like Raspberry Pi 3B+/4B/5B via USB to form a powerful “MCU + SBC” architecture, enabling high‑speed printing, multi‑axis motion control, and advanced feature expansion.

Features

High‑performance MCU based on STM32H723 for demanding 3D printing workloads such as high‑speed interpolation and synchronized multi‑axis motion control.
Native support for Klipper‑style setups via USB connection to Raspberry Pi 3B+/4B/5B or any Klipper‑compatible host.
Five STEPSTICK sockets supporting flexible driver choices such as TMC5160 and TMC2209 to balance torque, smoothness, and silent operation.
Selectable 24V/48V stepper motor supply with per‑motor voltage selection for mixed‑voltage motion systems.
DC 24V input with 24V/10 A heated bed output, AC bed control signal output, and up to 5A hotend heater output for high‑power applications.
On‑board regulated rails: 12V/3A, 5V/3A, 5V/6A (for Raspberry Pi power), and 3.3V/800 mA to power fans, sensors, and SBCs from a single board.
Rich connectivity including 3× USB, 2× RS‑232, 1× RS‑485, and 1× high‑speed CAN interface for advanced expansions and distributed motion systems.
Nine g

Question 5

TMC2130

Accepted Answer

## Product Introduction

TMC2130

The TMC2130 provides an integrated motor driver solution for 3D-Printing, Cameras, Scanners and other automated equipment applications. The device has an integrated microstepping indexer, the sensorless stall detection technology StallGuard2™, the sensorless load dependent current control CoolStep™ and the completely noiseless current control mode StealthChop™ and is intended to drive a bipolar stepper motor.

## Versions Difference

| Versions | Difference | | ---- | | V1.0 | The default is standalone mode. If you need SPI mode, you must config by yourself. | | V1.1 | SPI mode, SPI pin out (top), you must connect wires to your board and config the firmware for it, otherwise the stepper can't run. | | V1.2 | SPI mode, SPI&DIAG pin out (bottom), it's used for F6. |

## Features

SPI configuration interface (up to 4MHz)
Up to 256 native microsteps (without interpolation)
Reduce energy consumption by 75%
High accuracy sensorless motor load detection
High load driver will not lost step
Automatic stealthChop and spreadCycle switchover depending on velocity
Hardware compatible with StepStick and Pololu A4988 Stepper Driver
Components on bottom PCB side for better heat emission
Automatic standby current reduction
stealthChop - for quiet operation and smooth motion
spreadCycle - highly dynamic motor control chopp

Question 6

Adventurer AD5M Series Camera

Accepted Answer

Adventurer_AD5M_AD5M Pro_Series Universal Camera

Product Introduction

Compatible Printers：

AD5M, AD5M Pro etc .（AD5X devices are not currently supported).

Assembly Steps

You can watch the assembly video. https://www.youtube.com/embed/A9rln2BYaC4

You can also scan the QR code to view.

AD5M / AD5M Pro Usage Steps

Step 1

Install the camera according to the video instructions, then click on device settings.

Step 2

Click the camera

Step 3

Click the switch to enable the camera.

Step 4

Open the official Flashforge slicing software ![](https://raw.githubusercontent.com/FYSETC/wiki.fysetc/main/docs/images/crisp/adventurer-ad5m-series-camera--

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