Making a Beaten Metal Dish. Stage 1 Use the Gabro Guillotine to cut a square of Aluminium.

Slides:



Advertisements
Similar presentations
Cutting Metals.
Advertisements

Coat Hook Revision Notes
Blacksmithing How to make a knife from a Railroad Spike By Nick Ratliff.
Unit: Oxy-Acetylene; Welding, Brazing, Cutting & Heating
STEM Room 305 Mrs. Barbour.
1 Part 1 Directions: As your instructor goes the safety rules for the lab, write down the missing word or words in the blank spaces on your study guide.
Working With Acrylic 1. Acrylic Uses 2. Cutting Acrylic
Beaten Metalwork Quiz Centre Punch Centre Square 1.Name the tool shown below Nail Punch Parallel Punch Centre Drill Scriber.
1. An ______________________ is an unexpected undesirable event that can be cause by the personal or individual factors affecting the people involved.
Before using metal we need to think about the following processes : Making metal easier to work with Marking out – accurately Cutting and shaping Joining.
Twisting Metal Forgework. 1. Care should be taken when carrying hot metals (particularly metals at black heat that may not appear hot) 2. Clay bricks.
Assembly 1 Calculate the amount of steel you will need by using CARD or a length of STRING to make a full scale model of your final solution. MEASURE and.
Fire. Fire & its Causes The fire triangle The fire triangle is a simple model that illustrates three ingredients necessary to start most fires. In industry.
Metalwork Tools 2 Quiz.
Design and Technology Marking and Measuring Tools.
Safety Unit Lesson 7 Identify and explain fire safety practices and equipment.
Kitchen Lab Rules Teen Living.  REMEMBER: BEING IN THE LAB IS A PRIVILEGE WHICH CAN BE TAKEN AWAY!
Casting.
Annealing Metals Answer each question in your jotter then look at the next slide to check your answer.
Project # 2 Ring bands. Soldering Filing texture stamping cleaning Annealing sanding Bending Polishing/sandblasting.
Health & Safety in the workshop
Safety Unit Lesson 7. Welding fires are caused by sparks, slag, and torch flames. Fires can also happen when combustible materials come in contact with.
Lab Safety.
Safety In the Science Lab
Engineering & Technology General Safety Rules
Safety Homework 1 All questions should be answered in sentences using your best handwriting.   1. When you arrive outside the workshop what should you.
Safety Precaution Before starting actual arc welding the student should be fully aware of the dangers involved. The high temperature arc and hot metal.
Bench Tools + (Metalwork). The 300mm rule is marked out in both Metric and Imperial sizes Rule The Rule is made from Stainless Steel Metric Scale (mm)
Lab Safety. Safety Goggles Wear safety goggles to protect your eyes in any activity involving chemicals, flames or heating, or glassware. Should something.
Safety Symbols. Disposal Alert This symbol appears when care must be taken to dispose of materials properly.
Chemistry Lab Safety by Gayle Hayes.
Handout from Clinic Conducted by Bernard Kempinski at several NMRA conventions
Heat Fire Working with or Heat or Fire When working with heat or fire, you will need to wear safety goggles. To move hot objects you will need to use.
Soldering. Soldering is a way of attaching two pieces of metal by melting a third piece of metal (called solder) to join them. The solder will have a.
Safety In the Science Lab Rules and Symbols Lab Safety: Everyone Is Responsible!
SHOP SPEED DATE Get to know your work place. #1: MSDS A Material Safety Data Sheet (MSDS) is a document that contains information on the potential hazards.
Copyright © Texas Education Agency, All rights reserved. Flexible Manufacturing Basic Safety 1.
Modified IPC LAB Safety EXAM Ortega/Birdsong Listen by clicking the “speaker” speaker icon 1. Flammable materials such as alcohol, should never be dispensed.
First Year Engineering Class Notes and Homework Workbook.
Teardrop Octagon S Ring Ring Ring. Teardrop Ring This is the easiest of the rings You must use sterling silver for this one—nickel silver will not work!
Safety Considerations Module 1, Section 4. Basic Safety Rules 1. Know the location of all fire extinguishers. Know which extinguisher contains the right.
1 Lab Safety. 2 General Safety Rules 1. Listen to or read instructions carefully before attempting to do anything. Do not modify lab procedures unless.
Safety Practices for Science Students.
Spot Welding. Spot Welding Spot welding is principally used as a method of joining sheet steel. The process is used extensively in the Automobile industry.
Safety in the Machine Shop Session 1. Shop Tools and Techniques2.
Safety In the Science Lab Rules and Symbols Lab Safety: Everyone Is Responsible!
Lab Safety.
© 2006 Plano ISD, Plano, TX. No Horseplay or Fooling around in the laboratory!
Making a Excalibur letter opener Prepared for Ken Jeberg By Ken Jeberg Trades Technology Teacher Education.
Lab Safety Symbols.
SAFETY RULES. Safety Rules READ, READ, READ Locate –firealarms –eyewash Work with a buddy Declutter.
Health & Safety “A clean work place is a safe work place”
Oxy-Fuel Welding. What is Oxy-Fuel Welding? Process the fuses metal together Does not require electricity Uses a torch and filler rod Similar equipment.
Rules and Expectations.  Commonly used  May vary slightly.
SAFE WORK PRACTICES IN AGRICULTURAL MECHANICS AG MECH II.
The Welding/Cutting Torch Objective 25.0 Demonstrate proper procedures for oxyacetylene processes.
© 2006 Plano ISD, Plano, TX. Heat Fire Working with or.
ENGINEERING MANUFACTURING METHODS
Part 1: Classroom Rules and Concepts
Manufacture Instructions
Oxy-Acetylene Torches
Flexible Manufacturing
Annealing Metals Answer each question in your jotter then look at the next slide to check your answer.
Working With Acrylic 1. Acrylic Uses 2. Cutting Acrylic
Coat or Key Hook? Lesson Objectives:
Practical Metalworking
Files Module 5.
Stick Welding.
Layout Materials, Tools and Accessories
Aluminium Sand Casting
Presentation transcript:

Making a Beaten Metal Dish

Stage 1 Use the Gabro Guillotine to cut a square of Aluminium

Stage 2 Use a Rule and a Scriber to find the centre of the square

Stage 3 Place the metal on a hard surface and Centre Punch the middle of the square Centre Punch

Stage 4 Use Dividers to mark out a circle on the Aluminium Dividers

Stage 5 Use the Guillotine or Tinsnips to trim the metal to the circle. Guillotine Tinsnips Safety - Remember 1)Only one person is allowed to use the Guillotine at a time 2)Keep your fingers well back from the cutting edge

Stage 6 Use a File, then Emery cloth, to remove any corners from the aluminium disk

Dividers Stage 6 Rim Use the dividers to mark out the rim of the dish

1. Care should be taken when carrying hot metals (particularly metals at black heat that may not appear hot) 2. Clay bricks should not be heated as they can disintegrate violently. 3. Ceramic chips remain hot for a considerable time after the heat source has been removed. 4. Foreign materials present in the forge can cause fumes. Stones can explode. 5. Quenching of hot materials, particularly tubular components can cause risk of scalding. 6. Fuel combustion can produce dangerous gasses. Pupils should be aware of the following hazards Conditions of use. Appropriate safety equipment must be worn: Goggles, Leather gloves. (Leather apron where appropriate) The Forge

Hearth Canopy Fire Bricks On / Off Switch Isolating Switch Ceramic Chips Spark Ignition switch Brazing Torch Spark Blacksmiths Tongs

Stage 7 Anneal the Aluminium disk Mark with soap 2.Heat until soap turns black 3.Quench

Stage 8 Hardwood Block Panel Pins Make a sinking block The sinking block is made from a piece of hardwood and two panel pins. The pins are positioned so the edge of the wood is level with the rim of the dish Block Edge

Stage 9 Commencement of sinking Use a Ball Pein hammer to strike down on the aluminium disk as shown then rota t e the disk and repeat this process. Blocking Hammer Strike the Disk in the positions marked X For better results use a Blocking Hammer

Stage 10 As you hammer the aluminium it will work harden and will need to be re-annealed after each round of hammering. 1 Soap 2 Heat 3 Quench Annealing

Stage 11 This process of sinking then annealing may need to be repeated 10 to 15 times to achieve the desired results. Occasionally you will need to flatten the rim of the dish. This can be done with a scrap piece of wood as shown

Stage 12 Once the dish has been hollowed it can be cleaned with emery cloth then wet and dry silicon carbide paper. Clean the dish thoroughly.

Stage 13 Use a Round Stake and a Repousse Hammer to produce a dimpled pattern all over the dish (Take care not to strike the face of the stake directly with the hammer as this will leave a dimple and damage the stake) Repousse Hammer Round Stake

Stage 14 Cover the whole dish with the dimpled pattern

Stage 15 Finally use some metal polish and a rag to clean the dish

The End