Precision CNC machined components
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Saini Flange is a manufacturer of high precision CNC machined components. They focus on developing and manufacturing precision parts for industries like precision frames and stainless steel panels. Their principal machining processes are CNC turning, drilling, and milling. They believe strong customer relationships depend on consistently delivering high quality precision machined parts.
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Metal Cutting Tools : Factors affecting Tool's life
Metal cutting tools are an indispensable part of manufacturing and industrial production. Right metal cutting tool can enhance the manufacturing process with its efficiency and effectiveness. Cutting tool life is an important consideration in metal cutting processes. The life of metal cutting tool is influenced by many factors which should be duly considered at the time of buying and using the tools. Here are some of the major factors that decide the life of your metal cutting tool.
Thermal Aspects of Metal Machining
this presentation tries to explain the various heat zones that are developed during the metal cutting process. furthermore, how much heat is dissipated from the various zones. lastly the possible methods of temperature reduction in brief.
Shearing
Shearing of metals involves cutting and forming relatively thin sheets of metal through operations like punching, blanking, perforating, and slitting. Sheet metal is commonly used to make parts for automobiles, appliances, furniture and other consumer and industrial products. The quality of sheared edges depends on factors like tool and die design and clearance, which can be controlled to reduce defects and improve surface finish. Different types of tools, dies, and processes are used for piercing, blanking and other shearing operations.
Chip formation & cutting tool geometry
This document discusses chip formation and cutting tool geometry in metal cutting operations. It describes the mechanics of chip formation, where a wedge-shaped tool exerts pressure on the workpiece, inducing shear deformation and removing material in the form of chips. The types of chips formed depend on whether the material is ductile or brittle. Continuous, discontinuous, and continuous chips with built-up edges are discussed. The document also outlines the geometry of single point cutting tools, designation systems, types of rakes, orthogonal and oblique cutting methods, forces on tools, and the purpose and types of chip breakers used.
Metal cutting manufacturing process part1
- Metal cutting is a machining process that involves gradually removing excess material from a workpiece in the form of chips using a cutting tool to produce parts to desired dimensions and surface finish.
- There are two types of cutting tools: single-point tools which have a single cutting edge and are used for operations like turning and facing, and multi-point tools which have multiple cutting edges and are used for operations like milling and grinding.
- Orthogonal cutting is a type of metal cutting where the cutting edge of the tool is perpendicular to the direction of tool motion, allowing the forces during cutting to be represented in 2D.
Ch1 mp1
- Cutting involves removing material from a workpiece through chip formation using a cutting tool. There are different types of cutting processes like turning, cutting-off, milling.
- Factors like cutting speed, depth of cut, tool geometry influence chip formation and cutting forces. Continuous, built-up edge, discontinuous chips can form depending on materials and conditions.
- Chip formation involves shear along a shear plane determined by tool geometry. Temperature rises significantly in the cutting zone and influences tool wear.
- Tool wear modes include flank wear and crater wear. Tool life is determined by maximum acceptable wear or catastrophic failure like chipping. Cutting forces are measured to analyze effects of parameters.
Chips formed and its types in machining operations
this presentation contains a deep and presentation on the topic of chips formation and its types produced in machining process
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Metal Cutting Tools : Factors affecting Tool's life
Metal cutting tools are an indispensable part of manufacturing and industrial production. Right metal cutting tool can enhance the manufacturing process with its efficiency and effectiveness. Cutting tool life is an important consideration in metal cutting processes. The life of metal cutting tool is influenced by many factors which should be duly considered at the time of buying and using the tools. Here are some of the major factors that decide the life of your metal cutting tool.
Thermal Aspects of Metal Machining
this presentation tries to explain the various heat zones that are developed during the metal cutting process. furthermore, how much heat is dissipated from the various zones. lastly the possible methods of temperature reduction in brief.
Shearing
Shearing of metals involves cutting and forming relatively thin sheets of metal through operations like punching, blanking, perforating, and slitting. Sheet metal is commonly used to make parts for automobiles, appliances, furniture and other consumer and industrial products. The quality of sheared edges depends on factors like tool and die design and clearance, which can be controlled to reduce defects and improve surface finish. Different types of tools, dies, and processes are used for piercing, blanking and other shearing operations.
Chip formation & cutting tool geometry
This document discusses chip formation and cutting tool geometry in metal cutting operations. It describes the mechanics of chip formation, where a wedge-shaped tool exerts pressure on the workpiece, inducing shear deformation and removing material in the form of chips. The types of chips formed depend on whether the material is ductile or brittle. Continuous, discontinuous, and continuous chips with built-up edges are discussed. The document also outlines the geometry of single point cutting tools, designation systems, types of rakes, orthogonal and oblique cutting methods, forces on tools, and the purpose and types of chip breakers used.
Metal cutting manufacturing process part1
- Metal cutting is a machining process that involves gradually removing excess material from a workpiece in the form of chips using a cutting tool to produce parts to desired dimensions and surface finish.
- There are two types of cutting tools: single-point tools which have a single cutting edge and are used for operations like turning and facing, and multi-point tools which have multiple cutting edges and are used for operations like milling and grinding.
- Orthogonal cutting is a type of metal cutting where the cutting edge of the tool is perpendicular to the direction of tool motion, allowing the forces during cutting to be represented in 2D.
Ch1 mp1
- Cutting involves removing material from a workpiece through chip formation using a cutting tool. There are different types of cutting processes like turning, cutting-off, milling.
- Factors like cutting speed, depth of cut, tool geometry influence chip formation and cutting forces. Continuous, built-up edge, discontinuous chips can form depending on materials and conditions.
- Chip formation involves shear along a shear plane determined by tool geometry. Temperature rises significantly in the cutting zone and influences tool wear.
- Tool wear modes include flank wear and crater wear. Tool life is determined by maximum acceptable wear or catastrophic failure like chipping. Cutting forces are measured to analyze effects of parameters.
Chips formed and its types in machining operations
this presentation contains a deep and presentation on the topic of chips formation and its types produced in machining process
Arihant enterprises
Being established in the year 2004 we, Arihant Enterprises in Pune and Maharashtra have coveted ourselves as a prominent manufacturer, trader, and wholesaler of Stainless Steel Nuts and High Tensile Fasteners etc.
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Fundamentals of Metal cutting and Machining Processes
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Tool Life
Tool Materials
Tool Geometry
Cutting Fluids
Optimization of Turning Parameters Using Taguchi Method
Abstract: Today in manufacturing and metal industries customer satisfaction is very important to
make own place in competitive market and also to make mirror image with faith in the heart of
customer, because customer gives preference to buy good quality product. In the metal and
manufacturing industries for the product low surface roughness is very important. Lowest surface
roughness assures not only good quality but also reduces manufacturing cost. In this paper the main
objective is to study effect of cutting speed, feed rate and depth of cut on surface roughness of mild steel
in turning operation and as a result of that the combination of optimum level of factors was obtained to
get lowest surface roughness. Experiments have been conducted using Taguchi’s experimental design
technique. An orthogonal array, signal to noise ratio, and analysis of variance are employed to
investigate cutting characteristics of mild steel using high speed steel. Experimental results show that
among the cutting parameter cutting speed is the most significant machining parameter for surface
roughness followed by feed rate and depth of cut.
Daksh engineers
Established in the year 2005, Daksh Engineers, is counted amongst the finest manufacturers and suppliers of this highly commendable and diverse range of Industrial Casting & Machining Component. The offered range is made up of highly praised and preferred products like Components for Rolling Mills, Power Press Components and Precision Machining Components. Manufacturing of this range is done in compliance with the set industry standard, using the highest grade of raw materials and modern machinery. Because of this, the offered product is widely known for its sturdiness, durability, resistance to corrosion and dimensional accuracy. Further, the offered range is priced at the most reasonable rate possible.
Theory of Metal Cutting
Mechanics of chip formation, single point cutting tool, forces in machining, Types of chip, cutting tools – nomenclature, orthogonal metal cutting, thermal aspects, cutting tool materials, tool wear, tool life, surface finish, cutting fluids and Machinability.
tool geometry by gaurav verma
This document discusses cutting tools used in machining processes. It defines a cutting tool as any tool that removes metal by shear deformation. Cutting tools must be harder than the material cut and withstand heat. There are two main types: single point and multi-point tools. Single point tools have one cutting edge while multi-point tools have more than two edges, such as milling cutters and drills. Cutting tool materials include high-speed steel, carbides, ceramics, and diamonds. The geometry of single point tools is defined by angles such as back rake, side rake, end relief, and side relief angles, as well as nose radius.
METAL CUTTING
This presentation contains various aspects of metal cutting like mechanics of chip formation, single point cutting tool, chip breakers, types of chips,etc
Importance of cutting tools in machining industries
A machine tool or metal cutting tool is used to manufacture metal components of machines through machining, a process whereby metal is selectively removed to create a desired shape. Ranging from simple to complex pieces, metal cutting tools can produce parts of different shapes and sizes. Metal Cutting Tools have gradually evolved over the past years. Today, machine tools are used on computerized numerical control (CNC) machines, which can repeat sequences with high levels of precision and produce complex pieces of various sizes and shapes. Various techniques can be used to remove unwanted metal during the process of fabricating or shaping parts, namely single edge cutting tools; multiple edge cutting tools, electrical discharge machining and grinding (abrasive cutting).
Chip formation and types
1) Chip formation involves the shear deformation of work material to form a chip as new material is exposed during cutting.
2) There are four basic types of chips in machining: continuous, discontinuous, serrated, and those with built-up edge (BUE).
3) The type of chip formed depends on factors like the work material, tool geometry, cutting speeds and feeds, and machining environment. Understanding chip formation helps optimize the machining process.
Theory of metal cutting MG University(S8 Production Notes)
Theory of metal cutting MG University(S8 Production Notes)
Scenario of manufacturing process – Deformation of metals,
Schmid’s law (review only) – Performance and process parameters – single point cutting
tool nomenclature - attributes of each tool nomenclature - attributes of feed and tool
signature on surface roughness obtainable, role of surface roughness on crack initiation -
Oblique and orthogonal cutting – Mechanism of metal removal - Primary and secondary
deformation shear zones - Mechanism of chip formation, card model, types of chip,
curling of chips, flow lines in a chip, BUE, chip breakers, chip thickness ratio –
Mechanism of orthogonal cutting: Thin zone and thick zone, Merchant’s analysis – shear
angle relationship, Lee and Shaffer`s relationship, simple problems – Friction process in
metal cutting: nature of sliding friction, columb`s law, adhesion theory, ploughing, sublayer
flow – Empirical determination of force component.
Single Point Cutting Tools
This document discusses single point cutting tools. It describes the types of tools, tool geometry including angles and designations. It explains the effects that varying the back rake angle, side rake angle, relief angle, cutting edge angle, and nose radius have on machining. Finally, it lists common tool materials and provides brief conclusions and references.
Machine tools
This document provides an overview of machining technology and machine tools. It discusses various machining processes including subtractive processes where material is removed from a workpiece using tools. Lathes, mills, drills and other machine tools are described as examples of machines that perform subtractive machining. The document also covers topics such as tool geometry, chip formation, cutting forces, tool life and wear. Different types of chips, tool materials, tool angles and variables that influence machinability are defined.
Week 1 mill 2
The document provides instructions for changing a cutting tool in a milling machine. It describes loosening the draw bar to remove the old tool, inserting a new tool into the collet, and tightening the draw bar to secure the new tool. The steps are to hold the spindle, loosen the draw bar slightly with a spanner, remove the draw bar further by tapping with a hammer to release the collet, remove the old tool, insert the new tool and collet into the spindle, and retighten the draw bar.
Tool wear & Tool life / Machinability / Surface roughness
The document discusses tool wear, types of tool wear including flank wear, crater wear and nose wear. It describes how tool wear occurs and the factors affecting tool wear and tool life. These factors include cutting speed, feed rate, depth of cut, tool geometry, tool and work material, cutting fluids, and rigidity of machine tool. The document also discusses machinability, factors affecting machinability, evaluation of machinability, and measurement of surface roughness.
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Metal cutting additional
Please refer this file just as reference material. More concentration should on class room work and text book methodology.
Thermal aspects of Machining, Tool materials, Tool wear Cutting fluids and Machinability.
Production technology Metal Cutting introduction
This document provides information on metal cutting processes and machining technology. It discusses:
- The purpose, principles, and definition of machining as a process to produce parts to desired dimensions and surface finish through chip removal.
- Classification of metal cutting processes as orthogonal or oblique cutting. It also discusses cutting tool angles like back rake angle and relief angles.
- Factors that affect cutting forces like rake angle, feed rate, and depth of cut.
- Tool designation systems like ASA and common tool materials like high-speed steel and cemented carbide.
- The mechanism of chip formation and different chip types like continuous, discontinuous, and chips with built-up edge
Vicky overseas
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Chips formation
This document discusses chip formation during metal cutting processes. It begins with an introduction to metal cutting and chip formation. It then describes the mechanics of chip formation, including how shear deformation causes material to be removed from the workpiece in the form of chips. It discusses factors that influence chip type, such as the material properties, cutting conditions, and tool properties. Finally, it describes the different types of chips that can be formed, including continuous chips, discontinuous chips, and continuous chips with built up edges.
Metalcutting 140822084807-phpapp01
This document provides an overview of manufacturing technology and metal cutting processes. It discusses various metal cutting operations like turning, drilling, and milling. It describes the basic requirements for machining like workpiece setup, cutting tools, and machine tools. It defines key terms related to single-point cutting tools like rake angle, relief angle, nose radius, and cutting edge. It also discusses the classification and important properties of cutting tool materials.
VOCATIONAL TRAINING REPORT OF SIMPLE CASTING LIMITED
This document provides an overview of the vocational training report submitted by Surendra Kumar on his training at Simplex Casting Limited Unit-3. It includes an introduction to the company profile, descriptions of the manufacturing processes used including casting, forming, fabrication, and machining. It also describes the machine shop facilities, focusing on the CNC machine shop and detailing CNC machines, their parts and functions. The welding processes used in the fabrication shop are also outlined.
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Arihant enterprises
Being established in the year 2004 we, Arihant Enterprises in Pune and Maharashtra have coveted ourselves as a prominent manufacturer, trader, and wholesaler of Stainless Steel Nuts and High Tensile Fasteners etc.
Cutting tool tech
Fundamentals of Metal cutting and Machining Processes
CUTTING TOOL TECHNOLOGY
Tool Life
Tool Materials
Tool Geometry
Cutting Fluids
Optimization of Turning Parameters Using Taguchi Method
Abstract: Today in manufacturing and metal industries customer satisfaction is very important to
make own place in competitive market and also to make mirror image with faith in the heart of
customer, because customer gives preference to buy good quality product. In the metal and
manufacturing industries for the product low surface roughness is very important. Lowest surface
roughness assures not only good quality but also reduces manufacturing cost. In this paper the main
objective is to study effect of cutting speed, feed rate and depth of cut on surface roughness of mild steel
in turning operation and as a result of that the combination of optimum level of factors was obtained to
get lowest surface roughness. Experiments have been conducted using Taguchi’s experimental design
technique. An orthogonal array, signal to noise ratio, and analysis of variance are employed to
investigate cutting characteristics of mild steel using high speed steel. Experimental results show that
among the cutting parameter cutting speed is the most significant machining parameter for surface
roughness followed by feed rate and depth of cut.
Daksh engineers
Established in the year 2005, Daksh Engineers, is counted amongst the finest manufacturers and suppliers of this highly commendable and diverse range of Industrial Casting & Machining Component. The offered range is made up of highly praised and preferred products like Components for Rolling Mills, Power Press Components and Precision Machining Components. Manufacturing of this range is done in compliance with the set industry standard, using the highest grade of raw materials and modern machinery. Because of this, the offered product is widely known for its sturdiness, durability, resistance to corrosion and dimensional accuracy. Further, the offered range is priced at the most reasonable rate possible.
Theory of Metal Cutting
Mechanics of chip formation, single point cutting tool, forces in machining, Types of chip, cutting tools – nomenclature, orthogonal metal cutting, thermal aspects, cutting tool materials, tool wear, tool life, surface finish, cutting fluids and Machinability.
tool geometry by gaurav verma
This document discusses cutting tools used in machining processes. It defines a cutting tool as any tool that removes metal by shear deformation. Cutting tools must be harder than the material cut and withstand heat. There are two main types: single point and multi-point tools. Single point tools have one cutting edge while multi-point tools have more than two edges, such as milling cutters and drills. Cutting tool materials include high-speed steel, carbides, ceramics, and diamonds. The geometry of single point tools is defined by angles such as back rake, side rake, end relief, and side relief angles, as well as nose radius.
METAL CUTTING
This presentation contains various aspects of metal cutting like mechanics of chip formation, single point cutting tool, chip breakers, types of chips,etc
Importance of cutting tools in machining industries
A machine tool or metal cutting tool is used to manufacture metal components of machines through machining, a process whereby metal is selectively removed to create a desired shape. Ranging from simple to complex pieces, metal cutting tools can produce parts of different shapes and sizes. Metal Cutting Tools have gradually evolved over the past years. Today, machine tools are used on computerized numerical control (CNC) machines, which can repeat sequences with high levels of precision and produce complex pieces of various sizes and shapes. Various techniques can be used to remove unwanted metal during the process of fabricating or shaping parts, namely single edge cutting tools; multiple edge cutting tools, electrical discharge machining and grinding (abrasive cutting).
Chip formation and types
1) Chip formation involves the shear deformation of work material to form a chip as new material is exposed during cutting.
2) There are four basic types of chips in machining: continuous, discontinuous, serrated, and those with built-up edge (BUE).
3) The type of chip formed depends on factors like the work material, tool geometry, cutting speeds and feeds, and machining environment. Understanding chip formation helps optimize the machining process.
Theory of metal cutting MG University(S8 Production Notes)
Theory of metal cutting MG University(S8 Production Notes)
Scenario of manufacturing process – Deformation of metals,
Schmid’s law (review only) – Performance and process parameters – single point cutting
tool nomenclature - attributes of each tool nomenclature - attributes of feed and tool
signature on surface roughness obtainable, role of surface roughness on crack initiation -
Oblique and orthogonal cutting – Mechanism of metal removal - Primary and secondary
deformation shear zones - Mechanism of chip formation, card model, types of chip,
curling of chips, flow lines in a chip, BUE, chip breakers, chip thickness ratio –
Mechanism of orthogonal cutting: Thin zone and thick zone, Merchant’s analysis – shear
angle relationship, Lee and Shaffer`s relationship, simple problems – Friction process in
metal cutting: nature of sliding friction, columb`s law, adhesion theory, ploughing, sublayer
flow – Empirical determination of force component.
Single Point Cutting Tools
This document discusses single point cutting tools. It describes the types of tools, tool geometry including angles and designations. It explains the effects that varying the back rake angle, side rake angle, relief angle, cutting edge angle, and nose radius have on machining. Finally, it lists common tool materials and provides brief conclusions and references.
Machine tools
This document provides an overview of machining technology and machine tools. It discusses various machining processes including subtractive processes where material is removed from a workpiece using tools. Lathes, mills, drills and other machine tools are described as examples of machines that perform subtractive machining. The document also covers topics such as tool geometry, chip formation, cutting forces, tool life and wear. Different types of chips, tool materials, tool angles and variables that influence machinability are defined.
Week 1 mill 2
The document provides instructions for changing a cutting tool in a milling machine. It describes loosening the draw bar to remove the old tool, inserting a new tool into the collet, and tightening the draw bar to secure the new tool. The steps are to hold the spindle, loosen the draw bar slightly with a spanner, remove the draw bar further by tapping with a hammer to release the collet, remove the old tool, insert the new tool and collet into the spindle, and retighten the draw bar.
Tool wear & Tool life / Machinability / Surface roughness
The document discusses tool wear, types of tool wear including flank wear, crater wear and nose wear. It describes how tool wear occurs and the factors affecting tool wear and tool life. These factors include cutting speed, feed rate, depth of cut, tool geometry, tool and work material, cutting fluids, and rigidity of machine tool. The document also discusses machinability, factors affecting machinability, evaluation of machinability, and measurement of surface roughness.
Steel Mart, India Chennai, Pipe And Tubes
Manufacturers and Suppliers of a wide assortment of Pipe tubes & plates, Fastners, Valves, Industrial flanges, sheets,coils & plates, round bar,hex bar & square bar, Pipe And Tubes, Tube Fittings, Forged Fitting, Elbow And Tee, Industrial Fasteners, Nuts, Bolts And Washer, Nut And Bolts, Metal Screws, Modern Railings, Stainless Steel Railings, Hand Railings, SS Balcony Grills, Steel Sheets, Stainless Steel Sheet and Coils, Alloy Plates, Alloy Steel Pipes.
Aluminium Sheet Manufacturers in India - Inox Steel India
Inox Steel India is one of the best Aluminium Sheets Manufacturer in Mumbai, India. We use the best quality Aluminum alloy in fabricating Aluminum Sheets. Our Aluminum sheets can be easily moulded into desired shapes and sizes as per the requirement. These Aluminum Sheets are very strong when compared to other aluminium alloys and have a middling machining ability.
Metal cutting additional
Please refer this file just as reference material. More concentration should on class room work and text book methodology.
Thermal aspects of Machining, Tool materials, Tool wear Cutting fluids and Machinability.
Production technology Metal Cutting introduction
This document provides information on metal cutting processes and machining technology. It discusses:
- The purpose, principles, and definition of machining as a process to produce parts to desired dimensions and surface finish through chip removal.
- Classification of metal cutting processes as orthogonal or oblique cutting. It also discusses cutting tool angles like back rake angle and relief angles.
- Factors that affect cutting forces like rake angle, feed rate, and depth of cut.
- Tool designation systems like ASA and common tool materials like high-speed steel and cemented carbide.
- The mechanism of chip formation and different chip types like continuous, discontinuous, and chips with built-up edge
Vicky overseas
Vicky Overseas is the most promising manufacturing and wholesaling firm adding value to the industry by providing finest grade Sheets, Plates and Coils.
Chips formation
This document discusses chip formation during metal cutting processes. It begins with an introduction to metal cutting and chip formation. It then describes the mechanics of chip formation, including how shear deformation causes material to be removed from the workpiece in the form of chips. It discusses factors that influence chip type, such as the material properties, cutting conditions, and tool properties. Finally, it describes the different types of chips that can be formed, including continuous chips, discontinuous chips, and continuous chips with built up edges.
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Optimization of Turning Parameters Using Taguchi Method
Optimization of Turning Parameters Using Taguchi Method
Importance of cutting tools in machining industries
Importance of cutting tools in machining industries
Theory of metal cutting MG University(S8 Production Notes)
Theory of metal cutting MG University(S8 Production Notes)
Tool wear & Tool life / Machinability / Surface roughness
Tool wear & Tool life / Machinability / Surface roughness
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This document provides an overview of manufacturing technology and metal cutting processes. It discusses various metal cutting operations like turning, drilling, and milling. It describes the basic requirements for machining like workpiece setup, cutting tools, and machine tools. It defines key terms related to single-point cutting tools like rake angle, relief angle, nose radius, and cutting edge. It also discusses the classification and important properties of cutting tool materials.
VOCATIONAL TRAINING REPORT OF SIMPLE CASTING LIMITED
This document provides an overview of the vocational training report submitted by Surendra Kumar on his training at Simplex Casting Limited Unit-3. It includes an introduction to the company profile, descriptions of the manufacturing processes used including casting, forming, fabrication, and machining. It also describes the machine shop facilities, focusing on the CNC machine shop and detailing CNC machines, their parts and functions. The welding processes used in the fabrication shop are also outlined.
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- 1. PRECISION CNC MACHINED COMPONENTS SAINI FLANGE Details at: www.sainiflange.co.in
- 2. Machining is a process in which a portion of raw material is cut into a desired final shape and size by a controlled material-removal process. W W W . S A I N I F L A N G E . C O . I N
- 3. We are the bespoke manufacturer of High precision CNC components with the ability to access the vast array of industry technology and products. www.sainiflange.co.in
- 4. We at, Saini Flange focuses in the development, creation, and manufacturing of Precision CNC Machined components for the multiple industries like Precision Frames, Mirror Finish Stainless Steel Panels, Plastics Fabrication and Complex Mechanical Assembly.
- 5. There are three principal Precision CNC machined components as turning, drilling and milling. Other operations falling into various categories include shaping, planning, boring, broaching etc.
- 6. Add a heading VARIOUS CNC TURNING OPERATIONS Add a subheading CNC Turning operations are operations that rotate the workpiece as the primary method of moving metal against the cutting tool. CNC Milling operations is a process in which the cutting tool rotates to bring cutting edges to bear against the workpiece. CNC Drilling operations are operations in which holes are produced or refined by bringing a rotating cutter with cutting edges at the lower extremity into contact with the workpiece.
- 7. We are one of that type of Precision CNC Machining Manufacturer who strongly believes that our consistent relationship with our customers purely depends on our capability to ensure delivery of good quality products. We specialize in CNC Machining Services, CNC Turning Center, Precision Machined Components, Precision CNC Machining, Machined Parts and more. Feel free to contact us! www.sainiflange.co.in