Mfg. Process
Home- Mfg. Process
>>Man Power
Leverage diverse talents and skills to achieve collective goals efficiently.
- The team comprises of two qualified and experienced Engineers with a four member team equally experienced to complement them.
- All our operators follow quality standards and are industry certified.
- We also have about ten skilled labor to take care of post production formalities.
>> Machinery
Utilize state-of-the-art machinery to streamline operations and enhance productivity.
- The Machine shop consist of lathes , drilling machines, necessary jigs , fixtures and inspection instruments.
- Equally well equipped is the Fabrication Shop.
- A k – 400 MIG Welding set, Rectifier and Generator , an electrodes over (300° C) and all other necessary tools and tackles required for fabrication.
>> Recent Works
Forward Momentum: Recent Endeavors Unveiled
- Manufactured 1800 NB Flanges for M/S HYDRASUN (INDIA) under third party inspection of bureau veritas.
- Manufactured 1600 NB Flanges for M/S HYDRASUN (INDIA) under third party inspection of bureau veritas.
- Manufactured 800 & 900 NB weld neck 300 class Flanges for S.K ENTERPRISES. under third party inspection of bureau veritas.
- Manufactured special o.d & i.d 200 NB & 150 NB Flanges for MC.NALLY BHARAT ENG. PVT LTD. under third party inspection of bureau veritas.
Steps for Continuous Improvement
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Aspect of Quality
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Key Performance Indicator (KPI)
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Current Status
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Target Improvement
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Action Plan
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Material Selection
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Material specifications, composition, and quality standards.
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IS-2062 GR.B: A carbon steel plate specification, IS-2062 GR.B, is widely utilized in diverse industries. It offers strength and durability, meeting specific mechanical and chemical property requirements.
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Target Improvement: Improve the quality of materials to meet or exceed client specifications, resulting in a higher-quality end product.
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Consider material testing, collaborate with suppliers for improved options.
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Dimensional Accuracy
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Meeting tolerance levels and ensuring accuracy in measurements.
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Current accuracy levels meet basic standards
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Set a specific target for tighter tolerances.
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Implement precision machining, invest in advanced measuring tools, and conduct regular calibration.
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Surface Finish
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Achieving specified surface roughness and meeting visual inspection criteria.
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Meeting standard surface finish requirements.
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Meeting standard surface finish requirements is vital for materials like IS-2062 GR.B and ASTM A105. Adhering to industry standards ensures the desired smoothness, texture, and appearance for various applications.
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Optimize machining processes, implement polishing steps, and monitor finishing techniques.
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Welding Quality
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Ensuring weld integrity through visual inspection criteria.
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Current welding procedures meet industry standards.
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Improvements in welding quality entail refining techniques, ensuring adequate penetration, minimizing defects, optimizing heat control, selecting appropriate filler materials, and adhering to industry standards for structural integrity.
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Enhance welding procedures, provide additional training for welders, and implement thorough inspections.
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Heat Treatment
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Effectiveness of current heat treatment processes.
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Using effective heat treatment methods
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Improvements in heat treatment involve precise temperature control, uniform heating and cooling, minimizing distortion, and ensuring adherence to specified time-temperature cycles, enhancing material properties and minimizing defects.
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Optimize heat treatment parameters, monitor and control processes closely.
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Traceability
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Ensuring traceability of materials, production batches, and processes.
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Basic traceability practices involve documenting and tracking the origin, processing, and distribution of products. This includes using unique identifiers, recording data at each stage, and maintaining accurate records for accountability.
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Setting goals for enhancing traceability involves defining clear objectives such as implementing a comprehensive tracking system, incorporating unique identifiers, improving data accuracy, and establishing efficient documentation processes. These goals ensure better accountability, quality control, and supply chain transparency.
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Implement a robust tracking system, use unique identifiers, and thoroughly document each production step.
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Customer Feedback
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Monitoring customer satisfaction and employing effective feedback collection methods.
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Positive customer feedback with occasional concerns.
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Setting goals for improving customer satisfaction involves prioritizing prompt communication, addressing concerns effectively, enhancing product or service quality, streamlining processes for efficiency, and actively seeking and incorporating customer feedback, fostering a positive and lasting customer experience.
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Establish a feedback loop, analyze customer comments, and address identified issues promptly.
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Employee Training
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Implementing training programs and ensuring skill development.
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Basic employee training initiatives in place.
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Improvements in employee training include implementing up-to-date content, utilizing interactive and practical learning methods, tailoring programs to individual needs, fostering a continuous learning culture, and regularly evaluating and adjusting training processes to ensure effectiveness and employee skill development.
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Develop specialized training programs, ensure continuous skill development, and provide regular updates on quality standards.
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Environmental Impact
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Focusing on environmental sustainability and waste reduction.
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Employing basic environmental sustainability practices.
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Setting goals for reducing environmental impact involves objectives such as minimizing waste generation, adopting sustainable practices in production, optimizing energy efficiency, sourcing eco-friendly materials, and implementing recycling programs. These goals contribute to environmental responsibility and long-term sustainability.
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Implement eco-friendly practices, explore sustainable manufacturing processes, and monitor waste management.
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