DIY Robotic Arm

Page 1

ARMDUINO

ROBOTIC ARM

DIY BOOKLET


ARMODUINO is a self made robot, that is able to cut form in foam. The design of it is lead by the rotation of the arm and controlled by the owner. In order to activate the arm there is 4 servos. The hot wire works due to a battery attached.

SERVO

JOINT

ARM

JOINT

HOTWIRE CUTER

SERVO

ARM

SERVO

JOINT ARM

JOINT

BASE SERVO BASE


BASE

1x

2x

6x

1x

1

Laser-cut the different elements of the base. Following the order above place each one of them and prepare the nuts and screws for the ensamblement.

6x

6x

1x

1x

8x

16x

32x

2

Ensamble the base with the screws and nuts. Don’t forget to include the servo and the metal spheres in the base!


BASE

Nº 3 & 4

SERVO

1x

Super Strong SERVO BMS-660 MG+HS

1x

Bluebird Standard SERVO BMS-620 MG

2x

Modelcraft SERVO MC-410 Standard

Weight: 51.3 grams

Weight: 47 grams

Weight: 38 grams

Dimensions: 40.5 x 20 x 42.5 mm

Dimensions: 42 x 20 x 40.5 mm

Dimensions: 38 x 20 x 40.5 mm

Torque At 4.8V: 12.6kg-cm , 181 oz-in

Torque At 4.8V: 64 Ncm

Torque At 4.8V: 35 Ncm

Torque At 6.0V: 14.2kg-cm , 195 oz

Torque At 6.0V: 64 / 72 Ncm

Torque At 6.0V: 44 Ncm

Speed At 4.8V: 0.20 sec / 60° at no load

Speed At 4.8V: 0,13 sec 60° / 0,10 sec 60°

Speed At 4.8V: 0.17sec / 60˚

Speed At 6.0V: 0.17 sec / 60° at no load

Speed At 6.0V: 0,10 sec 60°

Speed At 6.0V: 0.15sec / 60˚

PRODUCT ID: 660MG-H

PRODUCT ID: BMS-620MG-truggy

PRODUCT ID: BMS-410C


2

1

3

ARM

2x

4x

2x

1

Assemble the base with the screws and nuts as shown in the model. Include the joints to finish the whole arm.

2

2x

xx

xx


1

JOINT 1x

1x

1x

2x

3x

1x

1x

1x

1x

2x

3x

1x

1x

1x

1x

2x

4x

4

2

3

1x

1

Glue the parts of the joint as shown in the model.

2

Glue the parts of the joint as shown in the model.

3

Glue the parts of the joint as shown in the model.


HOTWIRE CUTER

1x

1x

1x

2x

1

2

Assemble and glue the different parts of the piece.

Adjust the wire with the screws and nuts. Make sure it is tensioned.

3


DIAGRAM OF MOVEMENT


MATERIALS MATERIAL

DIMENSIONS

Wood 3MM

40 x 70 cm

7

Plexiglass 3MM

40 x 70 cm

1

Base Screws - Hexagon Flange Bolt

Nยบ 3 MM

8

Arm Screws - Stainless steel Pozi Countersunk

Nยบ 6

----

Base Nuts - Hexagon

Nยบ 3 MM

32

Arm Nuts

Nยบ 6

----

Super Strong SERVO BMS-660 MG+HS

-

1

Bluebird Standard SERVO BMS-620 MG

-

1

Modelcraft SERVO MC-410 Standard

-

2

3x Battery

9V

1

Glue

-

1

Hand Tools: Pliers, Cutter

-

1

Wire

50 cm

1

Metal spheres

10 mm diameter

39

QUANTITY

BUDGET Building an ARMDUINO costs 185 EUR. The wood we used for the assembly of the robot is street material. Part of the process of building the robot included taking peoples waste from the streets and transforming it to something valuable which is the robot.


PEOPLE AGUSTINA PASCOTTO

AHMED RIHAN

ALEXANDER KALACHEV

ANASTASIJA PROTIC

ESLAM ZAKI SABEE

HENRY MCKENZIE

ISMAEL YAKUT

DIA - Dessau Institute of Architecture Cad Logic - Robotics / WS 2014-15 Dessau, Germany.

ADWITYA DIMAS SATRIA

LYNNA HEDLI

MANA REZAEE

OMAR ABOZEKRY


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