Presentation is loading. Please wait.

Presentation is loading. Please wait.

Manipulate Pipette Under Microscope Pipette MountingCollarZiptieRubber bandClampPipette MovementSQUIGGLE MotorsMotion RestrictionsBall Bearing SlidersFriction.

Published byBryce Bennett Modified over 9 years ago

Similar presentations

Presentation on theme: "Manipulate Pipette Under Microscope Pipette MountingCollarZiptieRubber bandClampPipette MovementSQUIGGLE MotorsMotion RestrictionsBall Bearing SlidersFriction."— Presentation transcript:

1 Manipulate Pipette Under Microscope Pipette MountingCollarZiptieRubber bandClampPipette MovementSQUIGGLE MotorsMotion RestrictionsBall Bearing SlidersFriction Contact SlidersPulleyReturn PipetteGravityMagnetConstant Force SpringCoil Spring Non-conventional Spring Push “Platform” with Screw Idea #2Idea #3 Push “Platform” with Motor Idea #1Idea #4Servo MotorsHydraulics/PneumaticsDC Motors

2 Manipulate Pipette Under Microscope Pipette MountingCollarZiptieRubber bandClampPipette MovementSQUIGGLE MotorsMotion RestrictionsBall Bearing SlidersBall Bearing on ShaftFriction Contact SlidersPulleyReturn PipetteGravityMagnetConstant Force SpringCoil Spring Non-conventional Spring Servo MotorsHydraulics/PneumaticsDC Motors

3 Manipulate Pipette Under Microscope Control Computer Control – Local or Remote SQUIGGLE Software- Active X LabViewMatlabVisual BasicC++Input DeviceMouseJoystickSingle Axis KnobsPosition SensingOptical Encoder New Scale Technologies Magnetic Encoder Linear SensorRotational Sensor Resistive Encoder/Potentiometer

Download ppt "Manipulate Pipette Under Microscope Pipette MountingCollarZiptieRubber bandClampPipette MovementSQUIGGLE MotorsMotion RestrictionsBall Bearing SlidersFriction."

Similar presentations

1 The Importance of Force and Displacement Resistance Welding Training Marty Mewborne Product Engineer.

1 The Importance of Force and Displacement Resistance Welding Training Marty Mewborne Product Engineer.
Ray Schroeder ET 493 Senior Design I Advisor: Dr. Cris Koutsougeras Spring Semester 2014 5/5/2014.

Ray Schroeder ET 493 Senior Design I Advisor: Dr. Cris Koutsougeras Spring Semester /5/2014.
Comparing Forces © Copyright 2014 – all rights reserved www.cpalms.org.

Comparing Forces © Copyright 2014 – all rights reserved
Newton’s 2 nd Law Of Motion By Mr. Yum. Newton’s 2 nd Law Newton’s 2 nd Law is defined as: Newton’s 2 nd Law is defined as: F = m x a Where, F = force,

Newton’s 2 nd Law Of Motion By Mr. Yum. Newton’s 2 nd Law Newton’s 2 nd Law is defined as: Newton’s 2 nd Law is defined as: F = m x a Where, F = force,
Undergraduate Robotics at Roger Williams University Matthew Stein Roger Williams Unversity.

Undergraduate Robotics at Roger Williams University Matthew Stein Roger Williams Unversity.
A look at some ideas and activities involved in teaching Forces at KS3

A look at some ideas and activities involved in teaching Forces at KS3
Control of a Ball & Plate System Andrew Percy Academic Supervisor – James Welsh.

Control of a Ball & Plate System Andrew Percy Academic Supervisor – James Welsh.
CNC System. CNC System Encoders An encoder is a device, circuit, transducer, software program, algorithm or person that converts information from.

CNC System. CNC System Encoders An encoder is a device, circuit, transducer, software program, algorithm or person that converts information from.
Intern: Erick Yanez Mentor: Shea Ferring NASA Space Grant Robotics Team.

Intern: Erick Yanez Mentor: Shea Ferring NASA Space Grant Robotics Team.
Introduction to Computer Numerical control

Introduction to Computer Numerical control
How to support a shaft? The motor just turns the shaft. It doesn’t provide any support.

How to support a shaft? The motor just turns the shaft. It doesn’t provide any support.
Multidisciplinary Senior Design I – P13372 Cory Behm Sakif Noor Jon Rosebrook.

Multidisciplinary Senior Design I – P13372 Cory Behm Sakif Noor Jon Rosebrook.
Exploring Pushes and Pulls Grade 2. What is energy? Energy is the ability to do work. Energy can cause things to move. There are different types of energy.

Exploring Pushes and Pulls Grade 2. What is energy? Energy is the ability to do work. Energy can cause things to move. There are different types of energy.
Multidisciplinary Senior Design I – P13372 Cory Behm Sakif Noor Jon Rosebrook.

Multidisciplinary Senior Design I – P13372 Cory Behm Sakif Noor Jon Rosebrook.
SIMPLE MACHINES.

SIMPLE MACHINES.
College of Optical Sciences The University of Arizona 1 APOMA Fall 2008 Workshop 11/17-11/18/08 Stages and rotary tables.

College of Optical Sciences The University of Arizona 1 APOMA Fall 2008 Workshop 11/17-11/18/08 Stages and rotary tables.
computer

computer
Friction  Friction results from relative motion between objects.  Frictional forces are forces that resist or oppose motion.

Friction  Friction results from relative motion between objects.  Frictional forces are forces that resist or oppose motion.
Mark Fontenot CSE 1341 - Honors Principles of Computer Science I Note Set 8.

Mark Fontenot CSE Honors Principles of Computer Science I Note Set 8.
ECE 496- Project: Gyrobot Group C- “The Swingers” April 23, 2001.

ECE 496- Project: Gyrobot Group C- “The Swingers” April 23, 2001.

Similar presentations

Ads by Google