Solution to Error 0700-8010 on Bamboo Printer Due to AMS Motor Overload

Published on January 08, 2026 | Translated from Spanish
Technical diagram showing the AMS feeding system of Bamboo printer with key components labeled

Solution to error 0700-8010 on Bamboo printer due to AMS motor overload

When your Bamboo printer displays the code 0700-8010, it indicates that the AMS system motor is experiencing significant operational overload. This failure mainly occurs when the feeding mechanism encounters excessive resistance during material loading or changing, automatically activating the device's safety protocols. 🚨

Initial problem diagnosis

The first step to resolve this critical error involves a thorough verification of the filament's condition and its complete path. Any anomaly in the material can generate the additional resistance that triggers the system protection.

Key points to check:
  • Filament condition: check that it does not have tangles, pronounced bends, or knots that obstruct the flow
  • Feeding path: inspect the entire path from the spool to the main extruder
  • PTFE tube obstructions: check that there are no blockages in the guide conduits
  • Hotend entry: ensure that the access area to the heater is completely clear
Regular preventive maintenance of the AMS system prevents most filament feeding-related problems

Deep cleaning of the feeding system

If the error persists after checking the filament, it is necessary to perform a complete cleaning of the AMS system. This procedure requires completely disconnecting the printer before any internal manipulation.

Maintenance procedure:
  • Safe disassembly: carefully open the AMS unit following the manufacturer's instructions
  • Component inspection: check traction rollers, sensors, and dragging mechanisms
  • Residue cleaning: completely remove any filament particles or accumulated dust
  • Pressure adjustment: verify that the rollers exert the appropriate tension on the filament

Prevention and best practices

The main cause of these errors is usually the lack of prior verification before starting the print. Many users make the mistake of starting jobs without confirming that the entire system is in optimal condition, assuming that the components will align automatically. Patience and meticulousness during preparation prevent most of these technical issues. 🔧