Database – Tools Tools Opens the Tools management dialog box. Notes: Use speed and feed settings that are recommended by the tooling manufacturer. Always.

Slides:

Advertisements

Similar presentations

This demonstration will be taking you through the new look ‘Fees’ tab in SMT.

Advertisements

Roofs and Ceilings Revit® Architecture C H A P T E R OBJECTIVES Learn how to place a Roof by Footprint. Learn how to make a wall meet a roof. Learn.

MS-Word XP Lesson 7.

A1 Acoustic Rhinometer The following presentation gives an overview of the main functions of the A1Acoustic Rhinometer, it’s accessories and normal operational.

Select New Option from the file menu to create a new project for Calculating Earthwork quantities upto top of Embankment.

Getting Started: Ansoft HFSS 8.0

HST Rough Toolpaths. Cut Parameters Note: The cut parameters will change based on the toolpath type. When possible the same settings will be brought into.

Creating Rout Paths Using CAMMaster. Step 1 Import Gerber File. Import Gerber File. User Ctrl+W to window around data. User Ctrl+W to window around data.

CHOCOLATE MOLD If there is anything missing from this PowerPoint beyond what is acknowledged, please tell Grant Dunbar. Thanks!!!

Constraint Based Modeling Geometric and Dimensional

1 Pertemuan 13 Producing Vector Graphics Matakuliah: U0344 / DESKTOP 1 Tahun: 2006.

Using Surfcam to Produce a Numeric Control (NC) Program An Introduction to the CAD/CAM Process Instructions for 3 Axis Programming Using the D&M CNC Milling.

XP New Perspectives on Microsoft Office Excel 2003, Second Edition- Tutorial 3 1 Microsoft Office Excel 2003 Tutorial 3 – Developing a Professional- Looking.

Creating Custom Forms. 2 Design and create a custom form You can create a custom form by modifying an existing form or creating a new form. Either way,

© Siemens Product Lifecycle Management Software Inc. All rights reserved Siemens PLM Software Solid Edge ST6 Training XpresRoute (tubing)

Office 2003 Advanced Concepts and Techniques M i c r o s o f t Access Project 4 Reports, Forms, and Combo Boxes.

Chapter 2 Querying a Database

SolidWorks: Extruded Cuts, Fillets, and Patterns Introduction to Robotics.

Engineer Training XL1500 Software 5.021A. Engineer Training Confidential 2 Main Window Print options Archive Print queue Tool bar Preview & information.

Tutorial 6 Using Form Tools and Creating Custom Forms

® Microsoft Access 2010 Tutorial 6 Using Form Tools and Creating Custom Forms.

1 Database – Kits Kits… Opens the Machinings library management dialog box.

University of Puerto Rico at Mayagüez Department of Mechanical Engineering Introduction to NX 6.0 Tutorial 3 Modified by (2011): Dr. Vijay K. Goyal and.

Tutorial (Basics in SolidWorks) 小明 in ERB106.  Modeling  2D ▪ Sketching ▪ Dimensioning ▪ Mirror/Pattern ▪ Trim/Extend ▪ Fillet/Chamfer  3D ▪ Extruded/

Using Form Tools and Creating Custom Forms Microsoft Access 2010.

Chapter 6 Advanced Report Techniques

Mechanical Engineering Dept., SJSU

Optical Manufacturing Solutions 1 FOLLOW THE DIRECTIONS BELOW AFTER INSTALLING A NEW CUTTER BODY WITH POLISHING WHEELS INTO THE 7E TYPE MACHINES. IT IS.

Microsoft Office Excel 2003 Tutorial 3 – Developing a Professional-Looking Worksheet.

Lesson 2 Access Lesson 2 Lesson Plans Michele Smith – North Buncombe High School, Weaverville, NC

Production Design Presentation By Mr Dalton. Car Project Key Points Sketching Create Features Constraints 2D and 3D Drawings Creating Balloon Part Lists.

Ken YoussefiIntroduction to Engineering – E10 1. Various Blade designs Ken YoussefiIntroduction to Engineering – E10 2.

1 Draw Mode. 2 Notable Points (RMB) End point: Snaps to the closest end point of the selected entity. Mid point: Snaps to the middle point of the selected.

SOLIDWORKS: Lesson II – Revolutions, Fillets, & Chamfers UCF Engineering.

Chapter 15: Spreadsheet and Worksheet Basics © 2010, 2006 South-Western, Cengage Learning.

COMPREHENSIVE Access Tutorial 6 Using Form Tools and Creating Custom Forms.

Office 2003 Post-Advanced Concepts and Techniques M i c r o s o f t Access Project 7 Advanced Report and Form Techniques.

(0,0) The Cartesian Coordinate System I IV III II +,- -,- +,+ -,+ Y+ Y- Z+ Z- X+ X- Basis for plotting all machine table positions The left/right axis.

Sketch 1 Set temporary working directory: File -> Set Working Directory, select working directory. New -> click on the Sketch button & fill in the name.

Copyright 2007, Paradigm Publishing Inc. ACCESS 2007 Chapter 3 BACKNEXTEND 3-1 LINKS TO OBJECTIVES Modify a Table – Add, Delete, Move Fields Modify a Table.

This is what we want to draw Extrude Mirror Round Edges.

EDExpress Training Presented by Doug Baldwin – CPS/SAIG Technical Support Bob Berry – U.S Department of Education/FSA.

Presented By: Weidong WU, Ph.D. Date: Part I Creating a Revolved Part 1. Start Pro/E wildfire. 2. File  set working directory…  Your directory.

Pasewark & Pasewark Microsoft Office 2003: Introductory 1 INTRODUCTORY MICROSOFT ACCESS Lesson 3 – Creating and Modifying Forms.

Key Applications Module Lesson 17 — Organizing Worksheets Computer Literacy BASICS.

Engineering Graphics with SolidWorks Instructors Name Course Name.

WinMax Tool & Material Library Overview Mike Cope August 2007 Updated November 2007 by Robert Gorgol 1.

Lesson 14: Exploring Excel Learning Objectives After studying this lesson, you will be able to:  Explain ways Excel can help your productivity.

Lesson 1: Exploring Excel Learning Objectives After studying this lesson, you will be able to:  Explain ways Excel can help your productivity.

Welcome Mill Lesson 15 – Part-2 Computer Aided Manufacturing Using Mastercam.

Microsoft ® Outlook 2000 Integrating Outlook with Office Applications.

1. Chapter 1 Creating, Printing, and Editing Documents.

Introduction to Drafting and Design In order to begin our drawing we have to set the drawing limits or the paper size.

The Cartesian Coordinate System

PestPac Software. Leads The Leads Module allows you to track all of your pending sales for your company from the first contact to the close. By the end.

1 After completing this lesson, you will be able to: Create a form using AutoForm. Create a form using the Form Wizard. Add controls to a form. Modify.

Autodesk Inventor Autodesk Inventor EdgeCAM – Part 2 EdgeCAM – Part 2 CNC Motion CNC Motion Prolight CNC Mill Prolight CNC Mill CNC Box.

Drilling machine. Introduction Drilling is a metal cutting process carried out by a rotating cutting tool to make circular holes in solid materials. Tool.

Learning Objectives • Create sweep features. • Create lofted features.

XP New Perspectives on Microsoft Office Access 2003, Second Edition- Tutorial 6 1 Microsoft Office Access 2003 Tutorial 6 – Creating Custom Forms.

Lesson No : 8 Intro. to Word 2000,File mgmt, Editing, Formatting & print. Doc. CHBT-01 Basic Micro process & Computer Operation.

The Tail, this is what we want to make. Extrude Mirror Radius.

Using Surfcam to Produce a Numeric Control (NC) Program An Introduction to the CAD/CAM Process Instructions for 3 Axis Programming Using the D&M CNC Milling.

Train Body The next series of slides will guide you through the construction of the train body. Start a new drawing and save it as Train Body.

Learning Objectives • Dynamic Input Line tool. • Coordinate systems.

Computer Integrated Manufacturing

A Step-by-Step Procedure for Preparing BBS Sheets with Manual Entry of Each Bar is shown here Select BarBeQue 2009 Icon From Desktop Start Program BarBeQue.

In this chapter, you will learn the following:

Presentation transcript:

Database – Tools Tools Opens the Tools management dialog box. Notes: Use speed and feed settings that are recommended by the tooling manufacturer. Always use the most accurate measurements possible.

Tools management buttons : Deletes the current tool. : Stores the new or edited parameters but does not save. : Saves the new or edited parameters and exits the dialog box.

Tools management buttons : Cancels any new tools or changes then exits. : Opens the Print tools… dialog box.

Print tools… dialog box A list of all the tools is shown. Any number from one to all may be selected to print. With the Print Tool List not checked a detailed report for each tool selected is printed.

Detailed Report

Print tools… dialog box With the Print Tool List checked a less detailed list is printed.

Tool List Report

Database – Tools: Drillers Drillers Used for defining core bits or other hole creating tools.

Select Drillers and New in the dialog box.

Driller General parameters Position: The actual machine tool changer location for this tool. Position 1: Saw. Positions 2-10: Utility Tools. Positions 11-17: Profile Set. Positions 18-25: Profile Set. Position 26: Pointer

Driller General parameters Speed max: The manufacturers recommended maximum speed in RPMs. For standard 3 and 4 axis machines always use Vertical.

Driller parameters Selected value: Shows the currently selected parameter field. Name: Enter the tool name – Be descriptive. Water: Always Yes (default).

Driller parameters Max Material: The maximum thickness of material this tool can cut. Tool cost: Actual cost of this tool. Meters: The expected tool life expressed in meters.

Driller parameters Compensation: The machine offset table location for this tool’s values. : Opens the Choose compensation dialog box for selecting a different compensation location.

Driller parameters Entry feed: The Approach distance and Slow I. feed rate. Feed: The working feed rate. Final Feed: The Slow E. feed rate for open holes.

Driller parameters Speed: The working speed for the tool in RPMs. Length: The length of the tool measured with holder and gage. Diameter: The tool diameter measured with calipers.

Database – Tools: Routers Routers Used for defining finger bits, shaped mills, and stubbing wheels.

Select Routers and New in the dialog box.

Router General parameters Position: The actual machine tool changer location for this tool. Speed max: The manufacturers recommended maximum speed in RPMs. For standard 3 and 4 axis machines always use Vertical.

Router parameters Selected value: Shows the currently selected parameter field. Name: Enter the tool name – Be descriptive. Water: Always Yes (default).

Router parameters Router type: Select the type that best fits the router shape. Various router types are predefined to allow specific parameters to be identified for each type.

Router parameters Max Material: The maximum thickness of material this tool can cut. Tool cost: Actual cost of this tool. Meters: The expected tool life expressed in meters.

Router parameters Compensation: The machine offset table location for this tool’s values. : Opens the Choose compensation dialog box for selecting a different compensation location.

Router parameters Over Material: The amount of material not removed radially. O. Longitudinal: The amount of material not removed vertically. Head Feed: The feed rate for vertical machining.

Router parameters Entry feed: The lead-in feed rate. Feed: The working feed rate. Final Feed: The lead-out feed rate.

Router parameters Speed: The working speed for the tool in RPMs. Length: The length of the tool measured with holder and gage. Diameter: The tool diameter measured with calipers.

Select Profile>Diamond and New in the dialog box.

Profile>Diamond General parameters Position: The actual machine tool changer location for this tool. Speed max: The manufacturers recommended maximum speed in RPMs. For standard 3 and 4 axis machines always use Vertical.

Profile>Diamond General parameters Draw: Activates a user supplied drawing for simulation purposes. Profiles number: For profile tools stacked on the same tool holder. Neither of these options is recommended.

Profile>Diamond parameters Selected value: Shows the currently selected parameter field. Name: Enter the tool name – Be descriptive. Water: Always Yes (default).

Profile>Diamond parameters Section: Select the Section shape that best represents the profile shape. Various profile sections are predefined to allow specific parameters to be identified for each type.

Profile>Diamond parameters Sect. Thickness: The thickness of the profile section of the tool. Tool cost: Actual cost of this tool. Meters: The expected tool life expressed in meters.

Profile>Diamond parameters Compensation: The machine offset table location for this tool’s values. : Opens the Choose compensation dialog box for selecting a different compensation location.

Profile>Diamond parameters Over Material: The amount of material not removed radially. O. Longitudinal: The amount of material not removed vertically.

Profile>Diamond parameters Entry feed: The lead-in feed rate. Feed: The working feed rate. Final Feed: The lead-out feed rate.

Profile>Diamond parameters Speed: The working speed for the tool in RPMs. L1: The overall length measured with holder and gage. D1: The largest diameter measured with calipers. D1 L1

Profile>Diamond parameters Length: The working length measured with holder and gage. Diameter: The smallest working diameter measured with calipers.

Select Profile>Polishing and New in the dialog box.

Profile>Polishing General parameters Position: The actual machine tool changer location for this tool. Speed max: The manufacturers recommended maximum speed in RPMs. For standard 3 and 4 axis machines always use Vertical.

Profile>Polishing General parameters Draw: Activates a user supplied drawing for simulation purposes. Profiles number: For profile tools stacked on the same tool holder. Neither of these options is recommended.

Profile>Polishing parameters Selected value: Shows the currently selected parameter field. Name: Enter the tool name – Be descriptive. Water: Always Yes (default).

Profile>Polishing parameters Section: Select the Section shape that best represents the profile shape. Various profile sections are predefined to allow specific parameters to be identified for each type.

Profile>Polishing parameters Sect. Thickness: The thickness of the profile section of the tool. Tool cost: Actual cost of this tool. Meters: The expected tool life expressed in meters.

Profile>Polishing parameters Compensation: The machine offset table location for this tool’s values. : Opens the Choose compensation dialog box for selecting a different compensation (offset table) location.

Profile>Polishing parameters Wear: Radial wear factor. 2 nd Wear: Longitudinal wear factor.

Profile>Polishing parameters Entry feed: The lead-in feed rate. Feed: The working feed rate. Final Feed: The lead-out feed rate.

Profile>Polishing parameters Speed: The working speed for the tool in RPMs. L1: The overall length measured with holder and gage. D1: The largest diameter measured with calipers. D1 L1

Profile>Polishing parameters Length: The working length measured with holder and gage. Diameter: The smallest working diameter measured with calipers.

Select Saw blades and New in the dialog box.

Saw blades General parameters Position: The tool changer location for a saw must be metal reinforced. Speed max: The manufacturers recommended maximum speed in RPMs. For standard 3 and 4 axis machines always use Horizontal Rot1.

Conic Saw blades General parameters Conic saw blade: Check box for a conic saw Assembly type for the saw

Saw blades parameters Selected value: Shows the currently selected parameter field. Name: Enter the tool name – Be descriptive. Water: Always Yes (default).

Saw blades parameters Max Material: The maximum thickness of material the saw can cut. Tool cost: Actual cost of the blade. Meters: The expected blade life expressed in meters.

Saw blades parameters Compensation: The machine offset table location for this tool’s values. : Opens the Choose compensation dialog box for selecting a different compensation (offset table) location.

Saw blades parameters Over material: The amount of material not removed radially. Head feed: The vertical feed rate. Entry Feed: The lead-in feed rate. Feed: The working feed rate.

Saw blades parameters Speed: The working speed for the tool in RPMs. 1 st profile length: The overall length measured with holder and gage. Tool’s corner: The measure of the shape at the edge of the blade.

Saw blades parameters 1 st profile diameter: The measured blade diameter. Saw blade thickness: The measured blade thickness. Profile radius: The measured distance from the center to the blade.

Tool Import/Export Import and Export are used to swap existing tool definitions with other EasySTONE tool databases. Click on the green arrow in the lower right corner to activate the Import and Export buttons.

Tool Import To import tools from another tool database, the database needs to be selected using the Import dialog box.

Tool Import Any number of tools may be Imported from the chosen tool database. Use the control key along with a LMB click to select multiple tools to Import.

Tool Import The imported tools are copied into the current machine tool database. Positions and compensation values may need to be edited for conflicts or personal preferences.

Tool Export Any number of tools may be Exported from the current tool database. Use the control key along with an LMB click to select to Export more than one tool.

Tool Export Copies of the selected tools are Exported to a.tol file. Select the directory and create the file name using the Save as dialog box.