Kate G. - Jun 27 2025

Bambu A1 Auto Swap Tutorial

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Assembly Instructions

a1多盘打印1.png__PID:c4127fc5-8976-45e1-ad09-c020a405ea4f

1·Y-axis hook-type printed component
2·Printing platform tray
3·Cable Tie
4·Y-axis front assembly【Remove the printing board hook.】
5·Z-axis printed parts
6·Z-axis Trigger

a1多盘打印2.png__PID:33ad86f1-55f6-47de-bf91-b8d75827a59e

1- Installation of the Y-axis hook-type printed component.

Turn the printer over and remove the screws from the bottom of the printer as shown in the diagram.

a1多盘打印3.png__PID:c860a797-ef3f-4ffe-b21d-02c00d63d990

Install the hook-shaped printed part in the position shown in the diagram and secure it with M3X20 screws.

a1多盘打印4.png__PID:cc38424e-a889-4b8b-a108-210db65d88e1

2- Installation of the tray for the printing platform.

Insert according to the direction indicated by the arrows in the diagram, and tighten the two M3*10 screws at the bottom.

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Insert according to the direction of the arrows in the diagram and secure with the two M3*10 screws on the side

a1多盘打印8.png__PID:40458fdf-cf24-40c4-a6e7-44964c9cd536a1多盘打印7.png__PID:2acc15ea-c233-43d7-8ecc-ef7f340472b2

Insert according to the direction indicated by the arrows in the schematic.

a1多盘打印10.png__PID:34104679-f0e4-4dd4-8737-9ba4afcd024ca1多盘打印11.png__PID:d4a83795-1055-4c70-9304-0b6232258475

Insert the tray in the direction indicated by the arrows in the schematic.

a1多盘打印12.png__PID:3cf62b23-b197-4aa5-adc8-b5f038f967a4

Note: During installation, slightly lift the rear side and insert in the direction of the arrow. Press down on both sides to ensure that the bottom screws are securely in place.

a1多盘打印13.png__PID:7f0bc03c-3d10-400b-a524-622e08695da7

According to the arrows indicated in the schematic diagram, lightly tighten the four M3*10 screws at the bottom. Please note that these four screws do not need to be fully tightened; simply turn them until they secure the bottom hole positions.

3- Installation of the Cable Tie.

As indicated in the diagram, first install the yellow printed component, then secure the wires. Insert according to the direction of the arrows in the image until you hear a click.

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4- To install the Y-axis front assembly

First remove the two original screws from the printer, then tighten the two M3*25 screws indicated by the arrows in the image.

5- Installation of the Z-axis printed parts

Remove the screws from the crossbeam at the back of the extruder and secure the Z-axis print with M3*5 screws.

6- Installation of the Z-axis Trigger

Insert the top beam of the printer according to the direction of the arrow in the image, and push it to the indicated position.

7- Install the printed circuit board holder.

Install the printed circuit board holder. Secure the holder with M3*6 screws.
The fixed clamp STL file is available for self-printing, and it requires the use of PETG for printing.
https://makerworld.com.cn/zh/models/1140084-a1zi-dong-huan-ban-tao-jian-da-yin-ban-gua-gou#profileId-1207166

Note: Align the printing plate at the beveled edge at the gap.

The method for continuously printing multiple printing plates.

Software Program Website:  http://aswapsc.com/

1 ·Select system configuration A1.

2 ·Click on 'Slice All .'

3· Click to ‘Export all sliced files’.

4 ·Open the website (http://aswapsc.com/) to import the sliced files.

5 ·Click to [Generate file].

6·Drag and drop the downloaded [3MF] file into the software. We'll see that all the models are stacked on top of each other. This phenomenon is normal. Finally we send it to the printer and print it. During the printing process, after a plate of models is finished, it will automatically change to a new print plate and continue printing.

It is recommended to install additional reinforcing brackets if the number of printed circuit boards exceeds 8.

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Carbon Fiber ABS CF

$42.00

Carbon Fiber ABS CF 1.75mm 1KG 3D print filament combines Of ABS With Short-Cut carbon fiber to Reinforce filament strength.

Printed Parts appears Matte Looks, Makes your parts with great industral appearance.

Hugh Rigidity Resistant to deformation, Easy to print with excellent results, Suitable for printing parts and components.

ABS-CF Printing Tip

  1. Like all ABS, ABS CF must be kept dry! If it does not remain packaged with desiccant, it will readily absorb moisture from the air; this will lead to degraded print quality and wasted filament. You can dry it out by using a filament dryer for more precise dehydration for all filament types.
  2. It's necessery to use an all-metal hot end when printing with carbon firber filaments. Micro Swiss offers an all-metal hot end, but alternatives like those from E3D or Slice Engineering are also viable options. It's essential to upgrade the nozzle as well. The brass or the plated copper nozzles are not suitable for abrasive materials. Instead, options like hardened steel, ruby-tipped, Creality Unicorn Tri-Metal nozzle or Nozzle X from E3D are recommended for printing with abrasives. The market has increased prevalence of enclosed consumer-grade 3D printers equipped with hardened extruders and nozzles capable of handling such materials, such as Creality K1C, Bambu X1, X1C, etc.

Size:1.75mm+/-0.03mm
Printing Temperature Nozzle: 235 - 270℃
To be used in conjunction with a hardened steel nozzle

ABS CF Properties

Carbon Fiber ABS 3D Printing Filament
Physical Properties Unit Typical Value
Density g/cc 1.11
Mechanical Properties Unit Typical Value
Tensile Strength, Break MPa 46
Tensile Modulus MPa 5210
Tensile Elongation, Break % 2
Flexual Strength MPa 76
Flexual Modulus MPa 5260
Thermal Properties Unit Typical Value
Glass Transition Temperature(Tg) 105
Deflection Temperature at 0.45 MPa(66psi) 76

What's in the Package:
ABS Carbon Fiber 1.75mm * 1KG spool

View Details
Carbon Fiber PETG
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Carbon Fiber PETG

$39.00

Carbon Fiber PETG, PETG-CF 1.75mm 1KG 3D printer Carbon Fiber PETG, PETG-CF 1.75mm 1KG 3D printer filament. PETG carbon fiber, combination of PETG With Short-Cut carbon fiber to reinforce filament strength.
Printed Parts Appears Matte Looks, Makes your parts with great industral appearance instructions for use

PETG-CF Printing Tips

It's necessery to use an all-metal hot end when printing with carbon firber filaments. Micro Swiss offers an all-metal hot end, but alternatives like those from E3D or Slice Engineering are also viable options.                                                                                 
It's essential to upgrade the nozzle as well. The brass or the plated copper nozzles are not suitable for abrasive materials. Instead, options like hardened steel, ruby-tipped, Creality Unicorn Tri-Metal nozzle or Nozzle X from E3D are recommended for printing with abrasives.                                                                                                 
The market has increased prevalence of enclosed consumer-grade 3D printers equipped with hardened extruders and nozzles capable of handling such materials, such as Creality K1C, Bambu X1, X1C, etc.                                                                             
3D Printer Filament PETG Carbon Fiber 1.75mm
Size: 1.75mm+/-0.03mm
Nozzle Printing Temperature: 215 - 255℃
to be used in conjunction with a hardened steel nozzle.                                                   
What's in the Package:
1kg spool PETG-CF filament

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Nylon Carbon Fiber Filament
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Rollo de Filamento de Fibra de Carbono de Nylon 1KG

$49.00

Nylon CF es un filamento de nailon de grado de ingeniería que se mezcla con fibras de carbono picadas (aproximadamente 15 % en peso), creando un filamento de alta resistencia capaz de imprimir piezas funcionales resistentes y resistentes a roturas. Este filamento es ideal para cualquiera que desee un componente estructural con módulo alto, resistencia química y térmica mejorada, excelente calidad de superficie y facilidad de impresión.

Los filamentos CF de grado de ingeniería añaden estabilidad y rigidez al filamento, por lo que es mucho menos probable que las piezas se deformen que con el nailon estándar. Esto significa que imprimir con Nylon CF es en realidad más fácil que imprimir con nailon tradicional y, al mismo tiempo, proporciona piezas duraderas y rígidas a partir de la fibra de carbono. Además, una menor deformación significa que puede disfrutar de piezas impresas más precisas con menos impresiones fallidas.

Nylon CF es la combinación perfecta de resistencia y durabilidad; Si ya está imprimiendo con nailon, es hora de actualizar. Los componentes de Nylon CF se imprimen con un fantástico acabado mate que no requiere posprocesamiento. La alta precisión de este filamento lo convierte en un posible sustituto del aluminio mediante la impresión 3D en lugar del fresado CNC.

¿Qué se puede crear CON Nylon CF?

Coches RC, piezas de drones, accesorios deportivos, engranajes, accesorios para muebles del hogar, impresiones artísticas 3D y mucho más.

Consejos de impresión de nailon CF
Como todas las medias de nailon, ¡el Nylon CF debe mantenerse seco! Si no permanece empaquetado con desecante, absorberá fácilmente la humedad del aire; Esto provocará una calidad de impresión degradada y un desperdicio de filamento. Puedes secarlo usando un secador de filamentos para una deshidratación más precisa de todo tipo de filamentos.

Configuración de la cortadora para Nylon CF

Diámetro nominal: 1,75 mm ± 0,02 mm
Temperatura de impresión: 250-265°C
Velocidad de impresión: 25 mm/s - 35 mm/s
velocidad de la primera capa: alrededor de 15 mm/s
Temperatura del lecho: 60-65°C para Garolite, 80°C para Vidrio con barra de pegamento
Dimensiones del carrete: 7,88" OD x 2,12" ID x 2" Alto
Boquilla: Boquillas de acero inoxidable, Olsson Ruby u otras boquillas de acero endurecido

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