Introduction

I'm Yuhan, and this guide was created to complete the teardown assignment for Assignment 2 of UNSW's Industrial Design - IDES 2323 course. Here, I will describe the process of tearing down a stick blender.

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    • Initial Spec and Model Rundown

    • Blades:Stainless Steel (SS304)

    • Power:600W

    • Turbo Function:Yes

    • Power Supply:220-240V ~ 50-60Hz

    • Unit Dimensions:62 (w) x 62 (d) x 395 (h) mm

    • Weights:Net: 0.7 kg / Gross: 0.84 kg

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    • Handle Section

    • Turn the handle section face up.

    • Locate the two retaining screws at the top (as marked by red circles in the picture).

    • Use a screwdriver with a Phillips head (as marked by yellow circles in the picture) to unscrew the two screws.

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    • Remove the protective casing (as marked by the red circle in the picture).

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    • Locate the two fixing screws for the internal white fixing parts and unscrew them with a Phillips head screwdriver (as marked by the red circle in the picture).

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    • This white internal fixing part is held to the housing by four snap fastening devices as shown by the orange circle in the figure.

    • Use a knife to completely cut off a portion of the plastic housing above the snap (marked by the yellow circle in the picture).

    • Remove the white internal fixing parts after successfully disengaging the clips from the housing.

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    • Make sure to perform this operation in the event of a power failure.

    • Pull out the internal motor and connected circuit boards by hand directly from the shell.

    • Remove the complete motor and circuit board.

    • NOTE: I can't separate the motor from the circuit board it's attached to directly or with the tools available, its attached using soldering techniques.

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    • NOTE: I couldn't separate the Shell, the plastic bottom knob, the rotary rheostat, turbo button and the switch button either directly or using the available tools, so I labelled them on the diagram to differentiate them.

    • The switch button and Turbo button are labelled in the red box in the picture, and are captured in the housing from the inside by the inverted triangular end of the structure shown in the picture.

    • The green box in the picture shows the bottom plastic knob, and the Shell is held together from the inside and can be rotated.

    • The yellow box in the picture shows the resolver, which is fixed to the Shell with the bottom knob from the inside, while it can work by connecting the circuit board and the motor from the circular structure in the middle.

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    • Blender Section

    • Turn the Blender section upside down so that the bottom is facing up.

    • Find to four sections that have been pressed down to hold the white plastic shell in place (as marked by the red circle in the figure).

    • Use a tool to pry them both into a vertical position.

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    • Because the plastic shell and the metal protection part is directly fixed together, pry open the four fixed parts can not be disassembled, and for the time being there is no existing tool to further dismantle it, so the use of pictures labelled.

    • Use an electric drill to drill through the part of the plastic shell that connects to the internal blade.

    • Seen inside by the opening is a blade with a long handle that is separate from the outer metal protective case.

    • The metal blade passes from the bottom of the blender section to the top and is secured inside the protective metal casing by the clasp marked by the red circle.

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    • Tear down parts annotated diagram (with supplements)

Sirius Long

Member since: 23/10/23

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