Automatic Impact Coffee Tamper 58mm 冲击咖啡粉锤

Product Introduction:

• Inspired by The Force Tamper, we present The Daoffee, a coffee impact tamper that operates similarly to The Force. Utilizing a window breaker, it achieves automatic constant-pressure impacts. This ensures consistent and uniform pressure during each tamp, effortlessly compressing coffee grounds, compacting the interstitial gaps, and addressing uneven distribution. It also reduces the need for meticulous leveling, easily handling clumping issues.

Similarities and Differences:

Similarities:

• Horizontal constraint design for straight tamping
• Constant pressure structure for consistent tamping force
• Impact structure generating substantial force with each press

Differences:

• Lower durability due to limitations in 3D printing strength; base may experience wear after multiple uses
• Non-adjustable impact force
• Higher force required for tamping compared to The Force

Important Note Before Production:

• Before proceeding with production, please note that 3D printed products may have food safety concerns. Proceed with caution.

Printing Instructions:

• Some print files have been fine-tuned, including XY compensation and infill strength. We recommend using high-strength materials such as PETG, PLA+, ABS, etc. However, materials like PAHT-CF with carbon fiber or glass fiber are not recommended due to potential fiber shedding issues.

Required Accessories and Specifications:

• Impact device: Files designed based on the dimensions of this car window breaker
• Protective rings: Place in the groove on the base of the tamper; 2 fluorine rubber O-rings 5*2
• Rebound device: Used for tamper rebound; 1 spring 1.2*28*40

Assembly Instructions:

1. Start by inserting the spring into the 3rd print, then place both into the inner circle of the 4th print, ensuring the threaded side of the 3rd print is facing downward. Press the 3rd print to test if the rebound is smooth. If not, adjust the outer dimensions of the 3rd print or modify XY compensation.
2. Place two fluorine rubber O-rings into the middle groove of the 5th print, then connect it with the 3rd print using the threads.
3. Align the 2nd print with the recess above the 3rd print, insert it, and then rotate counterclockwise. Ensure that the 2nd print slides into the second track of the 3rd print, allowing the 2nd print to move up and down without sliding out.
4. Remove the head and tail cover of the car window breaker to expose the front striker rod and the spring at the rear. Place it into the 2nd print.
5. Rotate the 1st print into the 2nd print.
6. If assembled correctly, pressing the tamper should trigger the release of impact force.

Closing Words:

• We extend our gratitude to The Force Tamper for its innovation and to Daoffee for its open-source contributions, which have been invaluable in the creation of this tamper. May we continue to innovate and bring joy to every coffee enthusiast!

Product Introduction:

• Inspired by The Force Tamper, we present The Daoffee, a coffee impact tamper that operates similarly to The Force. Through ingenious utilization of a window breaker, automatic constant-pressure impact is achieved. This ensures consistent and uniform pressure during each tamp, effortlessly compressing coffee grounds, compacting the interstitial gaps, and addressing uneven distribution. It also reduces the need for meticulous leveling, easily handling clumping issues.

Similarities and Differences:

Similarities:

• Horizontal constraint design, guaranteeing no tilting during tamping
• Constant pressure structure, consistent tamping force each time
• Impact structure, generating substantial force with each press

Differences:

• Low durability, limited by 3D printing strength, base may show damage after multiple uses
• Non-adjustable impact force
• Greater force required for tamping compared to The Force

Important Note Before Production!!!:

• Before proceeding with production, please note that 3D printed products may have food safety issues! Proceed with caution.

Printing Instructions:

• Some print files have been fine-tuned, including XY compensation and infill strength. We recommend using high-strength materials such as PETG, PLA+, ABS, etc., but it's not recommended to use materials like PAHT-CF containing carbon fiber or glass fiber to avoid fiber shedding issues.

Required Accessories and Specifications:

• Impact device: Files designed based on the dimensions of this car window breaker
• Protective rings: Place in the groove on the base of the tamper; 2 fluorine rubber O-rings 5*2
• Rebound device: Used for tamper rebound; 1 spring 1.2*28*40

Assembly Instructions:

1. First, insert the spring into the 3rd print, then place both into the inner circle of the 4th print, ensuring the threaded side of the 3rd print is facing downward. You can now press the 3rd print to test if the rebound is smooth. If not, adjust the outer dimensions of the 3rd print or modify XY compensation.
2. Place two fluorine rubber O-rings into the middle groove of the 5th print, then connect it with the 3rd print using the threads.
3. Align the 2nd print with the recess above the 3rd print, insert it, and then rotate counterclockwise. Ensure that the 2nd print slides into the second track of the 3rd print, allowing the 2nd print to move up and down without sliding out.
4. Remove the head and tail cover of the car window breaker to expose the front striker rod and the spring at the rear, and place it into the 2nd print.
5. Rotate the 1st print into the 2nd print.
6. If assembled correctly, pressing the tamper should correctly trigger the release of impact force.

Closing Words:

• Thanks to The Force Tamper's innovation and Daoffee's open-source contributions, which have provided valuable experience for the creation of this tamper. May we continue to innovate and benefit every coffee enthusiast!