ATOMSTACK R8 Pro Rotary Laser Roller & Chuck User Manual

1. Introdución

The ATOMSTACK R8 Pro Rotary Laser Roller & Chuck is an advanced accessory designed to expand the engraving capabilities of your ATOMSTACK laser engraver. It features adjustable jaws to securely hold objects of various shapes and sizes, enabling precise engraving on irregular items such as cups, balls, and rings. This versatile tool ensures stable material support during the engraving process, enhancing efficiency and protecting delicate materials.

2. Contido do paquete

Verifique que todos os elementos que se indican a continuación estean incluídos no seu paquete:

• 1 x Chuck Main Unit
• 1 x Motor Connection Cable
• 1 x White Connection Cable
• 1 x Black Connection Cable
• 3 x L-shaped Jaws
• 3 x Scale Jaws
• 3 x Hexagonal Jaws
• 3 x Threaded Cylindrical Pins
• 1 x Tailstock Support
• 1 x Mini Leveler
• 1 x Soft Measuring Tape
• 1 x Vernier Caliper
• 1 x conxunto de parafusos
• 1 x chave hexagonal
• 1 x manual de instrucións

Figure 2.1: All components included in the ATOMSTACK R8 Pro package.

3. Configuración

3.1 Desembalaxe e inspección

Carefully remove all components from the packaging. Inspect each item for any signs of damage. If any components are missing or damaged, please contact customer support immediately.

3.2 Conexión do módulo rotatorio

The R8 Pro is compatible with various ATOMSTACK laser engraver models. For older frame models that lack automatic detection, use the provided old motor cable for compatibility.

1. Place the R8 Pro Rotary Module on a stable surface within your laser engraver's working area.
2. Connect the motor connection cable from the R8 Pro to the designated rotary axis port on your ATOMSTACK engraver.
3. Ensure all jaws are securely attached and adjusted according to the object you intend to engrave.

Figure 3.1: The R8 Pro Rotary Module integrated with an ATOMSTACK laser engraver.

Figure 3.2: Adjustable spacing between rotating axes for different object sizes.

Figure 3.3: Extended support design for processing extra-long items.

4. Instrucións de funcionamento

4.1 Preparing the Object for Engraving

The R8 Pro is designed for versatile engraving on various cylindrical and irregular objects. Its adjustable jaws ensure a secure grip.

• Cylindrical Objects: Place the object between the rollers or chuck jaws, ensuring it is centered and level. Adjust the jaws to firmly hold the object without overtightening.
• Irregular Objects: Utilize the L-shaped, scale, or hexagonal jaws to conform to the unique shape of the object (e.g., mugs, baseballs, rings). The flexible design adapts to different forms for stable engraving.

Figure 4.1: Engraving on regular cylindrical objects like tumblers and cans.

Figure 4.2: Engraving on irregular cylindrical objects such as wine bottles and glasses.

4.2 Configuración do software

Refer to your ATOMSTACK laser engraver's software manual for specific settings related to rotary engraving. Typically, you will need to:

1. Select the rotary engraving mode in your software (e.g., AtomStack Studio).
2. Input the object's diameter and perimeter for accurate rotation calculations.
3. Adjust engraving parameters (speed, power, passes) based on the material and desired effect.

5. Mantemento

Regular maintenance ensures the longevity and optimal performance of your R8 Pro Rotary Module:

• Limpeza: After each use, clean the jaws and rollers to remove any dust, debris, or material residue. Use a soft cloth and mild cleaning solution if necessary.
• Lubricación: Periodically apply a small amount of lubricant to the moving parts of the chuck and rollers to ensure smooth operation.
• Almacenamento: Store the R8 Pro in a clean, dry environment when not in use to prevent corrosion and damage.

6 Solución de problemas

7. Especificacións

8. Garantía e soporte

For warranty information and technical support, please refer to the official ATOMSTACK websitio web ou póñase en contacto co seu vendedor. Garde o recibo da compra para reclamacións de garantía.

First available on Amazon.it: August 15, 2025.