Schunk Intec Interview Questions, Process, and Tips

Q1. What dia cutter you'll use on 125 length cube
Ans. 
I would use a 125mm diameter cutter on a 125 length cube.
• Select a cutter with a diameter of 125mm to match the length of the cube

• Ensure the cutter is suitable for cutting through the material of the cube

• Consider the depth of cut required for the cube
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Q2. What do you mean by abrasives
Ans. 
Abrasives are materials used for grinding, polishing, or cleaning surfaces by wearing away material through friction.
• Abrasives are commonly used in industrial applications for grinding, cutting, polishing, and sanding

• Examples of abrasives include sandpaper, grinding wheels, and polishing compounds

• Different abrasives have varying levels of hardness and are used for different applications
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Q1. What is the difference in Al2O3 and Silica abrasive
Ans. 
Al2O3 is aluminum oxide abrasive while silica abrasive is made from silicon dioxide.
• Al2O3 is harder than silica abrasive

• Al2O3 is more commonly used for grinding metals while silica abrasive is used for softer materials like wood or plastic

• Silica abrasive is more heat resistant compared to Al2O3
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Q2. How titanium is different from steel
Ans. 
Titanium is lighter, stronger, more corrosion resistant, and biocompatible compared to steel.
• Titanium is lighter in weight than steel, making it ideal for applications where weight is a concern.

• Titanium is stronger than steel, with a higher strength-to-weight ratio.

• Titanium is more corrosion resistant than steel, especially in harsh environments.

• Titanium is biocompatible, making it suitable for medical implants and sur
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Q1. What are constituents of SS316
Ans. 
SS316 is a type of stainless steel known for its corrosion resistance and high temperature strength.
• Contains 16-18% chromium

• Contains 10-14% nickel

• Contains 2-3% molybdenum

• Also contains small amounts of carbon, manganese, silicon, phosphorus, sulfur, and nitrogen
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Q2. What is formula of carbide
Ans. 
The formula of carbide is typically represented as MC or M2C, where M is a metal element.
• Carbide formula is usually represented as MC or M2C

• M represents a metal element in the formula

• Examples include calcium carbide (CaC2) and tungsten carbide (WC)
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Q1. Logic based questions
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Some numerical and alphabetical data based questions

Q1. Types of work holding in vmc??
Ans. 
Work holding in VMC refers to the methods used to secure the workpiece during machining.
• Clamps: Commonly used to hold the workpiece in place.

• Vises: Used for holding workpieces that have flat surfaces.

• Fixtures: Customized devices designed to hold specific workpieces.

• Collets: Used for holding cylindrical workpieces.

• Magnetic chucks: Utilized for holding ferromagnetic workpieces.

• Vacuum chucks: Used for holding thin or deli...read more
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Q2. Difference between upmilling and down milling??
Ans. 
Upmilling and down milling are two different types of milling processes used in machining.
• Upmilling, also known as conventional milling, involves feeding the workpiece against the rotation of the milling cutter.

• Down milling, also known as climb milling, involves feeding the workpiece in the same direction as the rotation of the milling cutter.

• In upmilling, the cutting forces tend to lift the workpiece, resulting in a l...read more
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Q3. What is BT30 and BT40 stands for in tool holders?
Ans. 
BT30 and BT40 are standards for tool holders used in CNC machining, indicating the taper size and compatibility.
• BT30 has a smaller taper diameter (30mm) compared to BT40 (40mm), allowing for lighter tools.

• BT40 is more commonly used for heavier machining applications due to its larger size and rigidity.

• Both BT30 and BT40 tool holders are designed for quick tool changes in CNC machines.

• Example: A BT40 tool holder can be ...read more
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Q4. You are using ball nose end mill and need to reduce load on spindle, would you increase the tool dia and decrease the tool diameter?
Ans. 
Increasing the tool diameter and decreasing the tool diameter will not reduce the load on the spindle.
• Increasing the tool diameter will increase the load on the spindle as more material needs to be removed.

• Decreasing the tool diameter will also increase the load on the spindle as the tool needs to work harder to remove the same amount of material.

• To reduce the load on the spindle, other strategies such as reducing the
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Q5. Reduce the tool dia, surface contact area will be reduced so load will be decreased.
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Q6. What is mql (minimum quantity lubricants) stands for??
Ans. 
MQL stands for Minimum Quantity Lubricants.
• MQL refers to a lubrication technique that uses a minimal amount of lubricant.

• It is commonly used in machining processes to reduce costs and environmental impact.

• MQL systems deliver a precise amount of lubricant directly to the cutting zone.

• The lubricant is atomized into fine droplets, ensuring efficient lubrication.

• Examples of MQL applications include drilling, milling, and t
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Written test will be given has to be completed withini 20 mnts of time

Q1. Next round will be with team head of order process briefly about the process
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