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I applied via Company Website and was interviewed before Oct 2019. There was 1 interview round.
A clutch mechanism used for clamping in our company.
The clutch mechanism is used for clamping purposes.
It is commonly reworked in our company.
The mechanism allows for easy engagement and disengagement of the clamping action.
It provides a secure and reliable hold on the workpiece being clamped.
Examples of clutch mechanisms used in clamping include friction clutches, jaw clutches, and magnetic clutches.
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posted on 15 May 2024
I applied via Company Website and was interviewed in Apr 2024. There were 5 interview rounds.
Tool & DIE makers typically use materials like steel, aluminum, and carbide in die casting.
Steel is commonly used for its durability and heat resistance.
Aluminum is often used for its lightweight properties.
Carbide is used for its hardness and wear resistance.
Other materials like copper, brass, and titanium may also be used depending on the specific requirements of the die casting process.
To grind drills, use a bench grinder with a fine grit wheel, ensure the drill is securely held in a vise, and maintain a consistent angle and pressure while grinding.
Use a bench grinder with a fine grit wheel for precision grinding
Securely hold the drill in a vise to prevent movement during grinding
Maintain a consistent angle (typically 118 degrees for general purpose drills) and pressure while grinding
Check the drill ...
Carbide work on a lathe typically requires higher speeds for optimal performance.
Carbide work on a lathe usually requires speeds between 800-2000 RPM
Higher speeds are needed to prevent chipping or premature wear of the carbide tooling
Consult the manufacturer's recommendations for the specific carbide tool being used
BE mechanical engineering
I applied via Naukri.com and was interviewed in Nov 2023. There was 1 interview round.
Tool Room Engineers are responsible for designing, manufacturing, and maintaining tools used in production processes.
Designing and developing tools and equipment for manufacturing processes
Maintaining and repairing tools to ensure they are in proper working condition
Collaborating with production teams to understand tooling needs and requirements
Troubleshooting tooling issues and implementing solutions
Ensuring complianc
posted on 25 May 2024
I choose tool room because I enjoy working with precision tools and machinery, solving technical problems, and contributing to the manufacturing process.
I have a passion for working with precision tools and machinery
I enjoy solving technical problems and challenges
I like contributing to the manufacturing process by creating and maintaining tools and molds
I find satisfaction in seeing the end result of my work in the pr
posted on 7 May 2023
I applied via Approached by Company and was interviewed before May 2022. There was 1 interview round.
Yes, I can read and understand mechanical drawings.
I have experience in interpreting technical drawings and schematics.
I am familiar with standard symbols and conventions used in mechanical drawings.
I can identify different views and dimensions on a drawing.
I have worked with CAD software to create and modify mechanical drawings.
I am able to communicate effectively with designers and other engineers to clarify any ques
Yes, I have experience managing tool rooms and can ensure adequate manpower for efficient operations.
I have managed tool rooms in my previous roles and have experience in ensuring smooth operations.
I can assess the workload and determine the required manpower for the tool room department.
I can also train and develop the existing team to improve their skills and productivity.
Regular performance evaluations and feedback ...
Looking for better growth opportunities and challenges.
Limited scope for growth in current organisation
Seeking new challenges and learning opportunities
Desire to work in a more dynamic and innovative environment
I will utilize my skills and experience to ensure efficient and effective tool room operations.
I will analyze current tool room processes and identify areas for improvement
I will implement new tools and technologies to increase productivity and reduce costs
I will train and mentor tool room staff to ensure they have the necessary skills to perform their jobs effectively
I will maintain a safe and organized tool room envi...
I applied via Recruitment Consultant and was interviewed in Sep 2020. There was 1 interview round.
Shunt height refers to the vertical distance between the shunt tip and the reference point.
Shunt height is a measurement used in various industries, including engineering and manufacturing.
It is commonly used in the context of tool making to ensure proper alignment and functionality of the shunt.
The shunt height is measured from the tip of the shunt to a specific reference point, usually a surface or a designated mark.
...
Solid tools are made of one material while carbide tools have a carbide tip attached to a steel shank.
Solid tools are typically made of high-speed steel (HSS) or cobalt steel.
Carbide tools are more durable and can withstand higher temperatures and speeds.
Carbide tools are more expensive than solid tools.
Solid tools are easier to sharpen than carbide tools.
Examples of solid tools include drill bits and taps, while examp...
A vernier caliper is a measuring instrument used to accurately measure the dimensions of an object.
Vernier calipers have a main scale and a sliding vernier scale for precise measurements.
They can measure both internal and external dimensions, as well as depth.
The value of a vernier caliper can vary depending on the brand and quality.
Common values for vernier calipers include 0-150mm, 0-6 inches, or 0-300mm.
A tool is a device or implement used to carry out a specific task or function.
Tools can be manual or powered
Examples of tools include hammers, screwdrivers, drills, and saws
Tools are designed to make tasks easier and more efficient
I applied via Approached by Company and was interviewed in Nov 2021. There was 1 interview round.
Wrinkles occur due to excessive stress on the material during the forming process.
Wrinkles are caused by compressive stresses in the material.
They occur when the material is stretched or bent too much in a localized area.
Factors that contribute to wrinkles include material thickness, bend radius, and lubrication.
Wrinkles can be prevented by adjusting the forming process parameters or using a different material.
Examples...
The pressure of press shop can be controlled by adjusting the hydraulic pressure and regulating the speed of the press.
Adjust hydraulic pressure to control the pressure of the press shop
Regulate the speed of the press to control the pressure
Ensure proper maintenance of the press machine to avoid pressure fluctuations
Use pressure sensors to monitor and control the pressure
Train the operators to handle the press machine ...
Welding is the process of joining two metal pieces together by heating them to a melting point and fusing them. Matching involves ensuring the dimensions and specifications of the welded pieces are accurate.
Welding involves using heat to melt and fuse two metal pieces together
Matching involves ensuring the dimensions and specifications of the welded pieces are accurate
Welding and matching are important skills for a too...
Crack problems in tool and die making can occur due to various reasons.
Cracks can occur due to improper heat treatment of the material.
Excessive stress on the tool can also lead to cracks.
Improper design or manufacturing process can also be a cause.
Cracks can also occur due to wear and tear over time.
Regular maintenance and inspection can help prevent crack problems.
Dent mark problems occur due to various reasons such as improper handling, tool wear, and material defects.
Improper handling of the tool or material can cause dent marks.
Tool wear can also lead to dent marks on the material.
Material defects such as impurities or inconsistencies can result in dent marks.
Dent marks can also occur due to incorrect tool selection or setup.
Proper maintenance and inspection of tools can help
Junior Engineer
1.2k
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| ₹1.8 L/yr - ₹5.4 L/yr |
Oprating Engineer
513
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| ₹1.2 L/yr - ₹4 L/yr |
Production Engineer
228
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| ₹1 L/yr - ₹6.6 L/yr |
Assistant Manager
214
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| ₹5.5 L/yr - ₹12 L/yr |
Engineer
214
salaries
| ₹2.5 L/yr - ₹7 L/yr |
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