1998 DAITO ELECTRON CO., LTD. All rights reserved. Terms of Use. Created by Ryuichi Yoshida and Hideki Isobe DAITO ELECTRON GROUP PRODUCT INFORMATION.

Slides:



Advertisements
Similar presentations
Objective Use agricultural mechanics tools properly and safely.
Advertisements

Royal Master Grinders Generation X Bedrock Granite Machine Bed Full Machine Enclosure CNC Dressing Automatic Loader for Cut to Length Wires Special Air.
WHAT IS STEAM PRO? Thermoflow, Inc.
Sawing and Cutoff Machines
By: Matt Mihelish Joe Winston
NC and CNC machines and Control Programming
Operating the Harmonizer
The Production Process for Weyerhaeuser Containerboard and Corrugated Packaging Producing Satisfaction from Renewable Resources slidelib\cbp\process (1)
PREFORMER It allows to detect typical defects on PET preforms, which may be originated by improper injection moulding, improper preform handling or off-spec/contaminated.
DIT Equipment Inc. Sharky Splitter. High productivity 90 metric ton of force (100 short ton) on a 48” wide split. Split in 2 seconds (including an 8”
Sodick High-Precision Sinker Series AP1L, AP3L. The AP Sinker Series: AP1L, AP3L AP1LAP3L (NEW MODEL)
Contour Bandsaw Parts and Accessories
Numerical Control. Machines Machines are everywhere  Utility machineries eg. Buses, Planes  Manufacturing machineries eg. Injection moulder  Tool-making.
STEAM PRO is a highly automated system design tool – a heat balance program specifically intended for design of steam power cycles.  Use STEAM PRO to.
Computer Numerical Control CNC by Anil Gajjar. Computer Numerical Control Computer Numerical control is a method of automatically operating a manufacturing.
Automated Machining Manufacturing Processes. Outline Machining Centers Equipment Tool Changers Centering and Clamping Selection of Equipment Selection.
Conventional Machining
Lathe Machines Types of Lathes: Center Lathe Engine Lathe Bench Lathe
GABBIANI Automatic horizontal Panel Saws for pressed cardboard (transformers industry) Quality Machines from: Jai Industries.Gujarat, India
Lathe and drilling machines
Gleason #116 CNC Retro-Fits
LATHE OPERATIONS The various operations that can be performed on a lathe are: Turning. Step turning. Taper turning. Thread cutting. Facing. Knurling Chamfering.
Introduction History, Advantages, Disadvantages, Applications, Elements of Machine Control.
1. Presentation Gorosabel Group is a modern and innovative business group with a steady expansion path and has an experience of over 50 years in business;
Welcome!.
INDUSTRIAL ELECTRONICS CONTROL EET425/4 Lecturers Indra Nisja School of Electrical System Engineering Northern Malaysia University College of Engineering.
Lathe and drilling machines
AIR BEARING SYSTEM.
Korn Diamonds (1984) LTD. Calibrated Fancy Shapes Intricate diamond cutting and setting Customized for the luxury watch industry.
PHENIX UPGRADE Stony Brook Project Hadron Blind Detector Glove Box 31Aug05.
Md. Niaz Sharif. Construction of Machine Tool  Structure of Machine tools  Slide Ways  Drive System  Mechanical  Electrical  Hydraulic  Pneumatic.
Introduction Lathe is a machine, which removes the metal from a piece of work to the required shape &size The basic lathe that was designed to cut cylindrical.
MACHINING OPERATIONS AND MACHINE TOOLS 1.Turning and Related Operations ©2007 John Wiley & Sons, Inc. M P Groover, Fundamentals of Modern Manufacturing.
THE LASER FOR EVERYONE fiber. Lamiera Platino fiber Page: 2 PLATINO® fiber laser system objectives include : Reliability Accessibility Productivity.
JACK MILL. X Axis Z Axis B Axis B- 軸, Work piece rotation & speed changeable JS-100CNC-P2/ 2D CNC Cylindrical Plunge Grinder (2 Cassettes) is designed.
Hydraulic Torque Wrench, RTJ Machining, Bolt Tensioners, Boltite.com.
Knit Dyeing Machines.
ADVANCED PANELMACHINE TYPE ROLLER PRESS CLASSIC LINE THIS IS THE ORIGINAL PRESENTATION WHICH WAS HANDED OVER BY MDI TO THE BUYER OF THE PANELMACHINE IN.
Speedmaster Laser Cutting Machine. Overview Laser cutting works by directing the output of a high- power laser, by computer, at the material to be cut.
Machining Module 5: Lathe Setup and Operations. Parallel (Straight) Turnning Parallel turning is to move the cutting tool parallel to the longitudinal.
Sorbent Handling Plant by NHI-Design & Equipment Specifications
DESIGN AND DEVELOPMENT OF GRINDING ATTACHMENT ON LATHE MACHINE
SNS COLLEGE OF ENGINEERING
Numerical Control.
Presentation on workshop practice
BRIGHT TECHNOLOGY CO., LTD Intelligent and environment protection
UNIT-2 MACHINING.
The perfect Machine tool for your first FINN-POWER
Types of Blades used on Cutoff Saws and Tips on using Saws
Laminated Tube Making Machine for 90 tubes/min
Manufacturing Processes
HOUGHTO-MIX Coolant Mixing and Supply Unit Rainer Hoerbst
Lathe Machines Types of Lathes: Center Lathe Engine Lathe Bench Lathe
Mach 122: Abrasive Machining Abrasive Processes & Machines
MECHANICAL ENGINEERING
FINN-POWER e-technology - 14 years of excellence
EPB 5672 High precision collet chucks
NC,CNC machines and Control Programming.
ЧПУ Delta Electronics G-коды. Примеры
Computer Integrated Manufacturing
NC and CNC machines and Control Programming
© 2004 – 2011 PAVAC Industries Inc. All rights reserved
Internal Mount Flange Facing Machine
PRESS Automation Benefits
SCITEQ End closure series
Your gateway to an automated retreading world
Comments on Document WT-02-02
Presentation transcript:

1998 DAITO ELECTRON CO., LTD. All rights reserved. Terms of Use. Created by Ryuichi Yoshida and Hideki Isobe DAITO ELECTRON GROUP PRODUCT INFORMATION

1998 DAITO ELECTRON CO., LTD. All rights reserved. Terms of Use. Created by Ryuichi Yoshida and Hideki Isobe. Machine External Drawing Development Concept Precision & Specifications Comparison Chart NACHI Ingot Circumference Grinder For English, Click here For English, Click here ■ For Inquiries ■ Reference Model: EOF30N Welcome to FUJIKOSHI’s web site. We offer a comprehensive line of mechanical and electronic equipment.

Machine External Diagram (1) Top View Utility Specifications NACHI Ingot Grinder Presentation CONTROL PANEL COOLANT WATER AIR HYDRAULIC UNIT GRINDING WATER DRAIN GATE EXHAUST OUTLET VALVE STAND OPERATION PANEL SAFETY MAT X-AXIS CONTROLLER STOCKER OPERATION PANEL

Machine External Diagram (2) Side View Diameter & Notch Groove Measuring Mechanism NACHI Ingot Grinder Presentation

Utility Specifications NACHI Ingot Grinder Presentation

Description of UnitsDescription of UnitsDescription of UnitsDescription of Units SpecificationsSpecificationsSpecifications PrecisionPrecisionPrecision OptionsOptionsOptions Precision & Specifications Click on any text line. NACHI Ingot Grinder Presentation

Circumference Cylindrical Grinding OF (Notch) Grinding Circumference Cylindrical Grinding OF (Notch) Grinding ① After the ingot is formed, it undergoes a series of automated operations:Circumference Cylindrical Grinding, Crystal Axis Orientation Measurement, and OF (Notch) Grinding.Circumference Cylindrical GrindingOF (Notch) Grinding ② Accepts a wide range of wafers measuring 5-inch to 12-inch in diameter. Ingot Specifications Diameter : Max. 330mm Total Length : 300 ~ 2,400mm ( Body section ) Weight : Max. 400kg ③ Double Grinding Wheel ③ Double Grinding Wheel used for pre- and final grinding to actualize a single-pass grinding operation. Double Grinding Wheel Double Grinding Wheel ④ Minimal air cut and reduced cycle time are achieved using a shoulder detector mechanism. ⑤ Wafer diameter measurements are taken before and after grinding, and data is fed-back to the NC controller. Thus resulting in greater processing precision. ⑥ Features a reinforced chuck that is able to bear heavy loads and also reduces warping for processing accuracy. ⑦ The crystal axis detector installed in the X-ray unit (RIGAKU) executes high precision OF/Notch grinding operation. ⑧ Designed with fully automatic specifications to enable wafer processing from carry-in, grinding, orientation detection, size measurement, and carry-out. ⑨ Work data (lot number, diameter, total length, processing parameters, etc.) is transmitted to the host computer to enable fully unmanned machine operation. ⑩ Specifications NACHI Ingot Grinder Presentation

Cylindrical Grinding ① Work deviation for circumference diameter Under 0.06mm ( in relation to designated value) ② RoundnessUnder 0.06mm ③ CylindricityUnder 0.06/1,000mm OF Grinding ① OF(Notch) orientationWithin ±10° (0.17°) Notch Grinding ② Work deviation for B diameterUnder 0.06mm (in relation to designated value) ③ Measuring precision Circumference diameterUnder 0.06mm B diameterUnder 0.06mm ④ Crystal axis 4°OFF Precision NACHI Ingot Grinder Presentation

Processing Name Description Cylindrical Grinding ① Centering of the as-grown work is automatically performed (during loading, the work is centered in line with the chuck) using one or several passes. The work is then processed until the designated final work size is obtained. ② Final work dimensions 8-inchφ 199 ~ φ203±0.2mm 12-inchφ300 ~ φ305±0.2mm OF Grinding or Notch Grinding ① After cylindrical grinding is completed, OF or notch grinding is executed for the specified work surface using one pass operation. ② OF processing is available only for 8-inch wafers. ③ OF and notch processing shapes OF WIDTH REFERENCE VALUES (EDGE: R0.5 ~ 0.7MM) OF GRINDING NOTCH GRINDING OF WIDTH: UNDER 65MM ④ For OF/notch grinding, a total of three edges can be processed per ingot. ⑤ A special OF grinding function is also available. After normal OF grinding is completed, surface grinding (4mm width) is executed on the squared-off section of the OF.

Description of Units Loader Unit Clamp Unit Operation Panel NACHI Ingot Grinder Presentation

Operation Panel NC Monitor POD Monitor POD Monitor NC Monitor: Displays machine coordinates only (Program display) POD Monitor: Operation screen (Data input, data display, specified manual operations) NACHI Ingot Grinder Presentation

Loader Unit Revolving Video Loading Unloading NACHI Ingot Grinder Presentation As Seen From Stocker SideAs Seen from Grinder Side

Loading ( Video ) NACHI Ingot Grinder Presentation

Unloading ( Video ) NACHI Ingot Grinder Presentation

Clamp Section Grindin g Wheel Grinding Wheel Notch Grinding Wheel NACHI Ingot Grinder Presentation

During Grinding ( Video ) NACHI Ingot Grinder Presentation

Target Work Dimensions Amount of pre- grinding Amount of final grinding Double Grinding Wheel Feed Direction Pre-Grinding Wheel Final Grinding Wheel Shift Direction Pre-Grinding Wheel Final Grinding Wheel Feed Direction Pre-Grinding Wheel Final Grinding Wheel Pre-Grinding Wheel Final Grinding Wheel NACHI Ingot Grinder Presentation

Grinding Wheel Double Grinding Wheel Pre-/final grinding wheels are combined into a single unit (one cup method) resulting in faster feed speed and improved work surface grain. Company SS uses a double cup method with pre- and final grinding wheels placed side-by-side. Grinding START (Animation) Grinding START (Animation) Go To Specifications Go To Specifications Go to Grinder Go to Grinder Pre-Grinding Wheel Final Grinding Wheel #80 #230 #80#200#180 Grinding START (Video) Grinding START (Video) NACHI Ingot Grinder Presentation

Optional StockerStockerStocker Conveyor SystemConveyor SystemConveyor SystemConveyor System NACHI Ingot Grinder Presentation

Conveyor System CONVEYOR OPERATION OPERATOR CIRCULAR GRINDER OPERATION BAND SAW OPERATION RETRIEVE CONE/TAIL TRAY SUPPLY CART RETRIEVE SAMPLE LOAD MEASURING STATION CROP INGOT OUT CONVEYOR OPERATION NACHI will manufacture and set-up construction of hand saw, cylindrical grinder and conveyor system. NACHI Ingot Grinder Presentation

Stocker Vendor: TIMEC Max. storage: 6 Ingots NACHI Ingot Grinder Presentation

Input/Output Data NACHI Ingot Grinder Presentation

■ For Inquiries ■ Tokyo Machinery Sales Dept. 6, Kojimachi 1-chome, Chiyoda-Ku, Tokyo TEL(03) FAX(03) Sendai Sales Office 10, Futsukamachi 3-chome, Aoba-Ku, Sendai MIYAGI TEL(022) FAX(022) Nagoya Machinery Sales Office 13-1, Sakae 2-chome, Naka-Ku, Nagoya AICHI TEL(052) FAX(052) Osaka Machinery Sales Office 6-6, Funakoshi-cho 1-chome, Chuo-Ku, Osaka TEL(06) FAX(06) Fukuoka Machinery Sales Office 1-26, Hakataekihigashi 3-chome, Hakata-Ku, Fukuoka TEL(092) FAX(092) DAITO ELECTRON CO., LTD. TOKYO OFFICE Tel (03) Fax (03) DAITO ELECTRON CO., LTD. OSAKA OFFICE Tel (06) Fax (06) DAITO ELECTRON CO., LTD. TAIPEI OFFICE Tel (02) Fax (02) DAITO ELECTRON CO., LTD. KUALA LUMPUR OFFICE Tel (03) Fax (03) DAITO ELECTRON CO., LTD. MUNICH OFFICE Tel (89) Fax (89) DAITRON, INC. (Subsidiary) Portland, Oregon, USA Tel (503) Fax (503) NACHI Ingot Grinder Presentation

Nachi-Fujikoshi Corp. Namerikawa Plant NACHI Ingot Grinder Presentation Namerikawa, Toyama