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$30 USD / ώρα
Σημαία της INDIA
chennai, india
$30 USD / ώρα
Τώρα είναι 5:51 μ.μ. εδώ
Έγινε μέλος Οκτωβρίου 21, 2010
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Arun

@surajseo

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$30 USD / ώρα
Σημαία της INDIA
chennai, india
$30 USD / ώρα
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Rodentia Technology services-Engrossed Performance

Rodentia Technology since 2010 . A young self build team as subject matter expertise handling day to day industries oriented problems. The focused area where we are experts in Chemical Engineering ,Chemistry, material science ,Mechanical design with SOLID WORKS, 3D printing technology, Auditing major compliance for certification, ISO & other regulatory bodies documentation , Polymer & rubber development in Adhesive cements & other materials, Rubber & plastic processing consultation, mfg.process optimization ,Packaging design & solutions, cost optimization in effective package & existing, KAIZEN, 5S, regulatory bodies audit during production. A consulting service provider in product development testing, guided by a resource team who can understand your requirements & query’s. A team of resource from experienced academic service holding Master’s & doctorate & another team of resource expertise from industrial background who has at least 10 years of experience in bulk [login to view URL]
Freelancer Project Managers India
Προβολή όλων Project Managers σε India

Επικοινώνησε με τον/την Arun για τη δουλειά σου

Συνδέσου για να συζητήσεις τις λεπτομέρειες μέσω τις συνομιλίας.

Πορτφόλιο

4232215
We at Rodentia we are team of expertise to analyse the feasible solution for polymer material selection , our engineers are major experts have much more work experience from big player like dupont, LG, HCL, L&T, Futura, Reliance . The material selection procedure includes three steps: I — APPLICATION SCREENING II — GENERIC FAMILY AND SPECIFICGRADE IDENTIFICATION III — PROCESS SELECTION AND COST ANALYSIS When establishing component functional requirements, consideration should be given to the following factors, and the influences of the possible variations within each factor upon satisfactory performance of the component under consideration. • Structural • Performance • Environmental • Design Criteria • Economics Factors Obtain us for better services
Polymer material Selection expertise
We at Rodentia we are team of expertise to analyse the feasible solution for polymer material selection , our engineers are major experts have much more work experience from big player like dupont, LG, HCL, L&T, Futura, Reliance . The material selection procedure includes three steps: I — APPLICATION SCREENING II — GENERIC FAMILY AND SPECIFICGRADE IDENTIFICATION III — PROCESS SELECTION AND COST ANALYSIS When establishing component functional requirements, consideration should be given to the following factors, and the influences of the possible variations within each factor upon satisfactory performance of the component under consideration. • Structural • Performance • Environmental • Design Criteria • Economics Factors Obtain us for better services
Polymer material Selection expertise
We at Rodentia we are team of expertise to analyse the feasible solution for polymer material selection , our engineers are major experts have much more work experience from big player like dupont, LG, HCL, L&T, Futura, Reliance . The material selection procedure includes three steps: I — APPLICATION SCREENING II — GENERIC FAMILY AND SPECIFICGRADE IDENTIFICATION III — PROCESS SELECTION AND COST ANALYSIS When establishing component functional requirements, consideration should be given to the following factors, and the influences of the possible variations within each factor upon satisfactory performance of the component under consideration. • Structural • Performance • Environmental • Design Criteria • Economics Factors Obtain us for better services
Polymer material Selection expertise
3851790
Overview of project development: Adhesive development and acquisition of an adhesive formulation, Process complexity and scheduling Elaboration of requirements profile and benchmark Review of relevant standards List of possible application systems Drive pilot production optimize formula based on results
Adhesive management and development
Overview of project development: Adhesive development and acquisition of an adhesive formulation, Process complexity and scheduling Elaboration of requirements profile and benchmark Review of relevant standards List of possible application systems Drive pilot production optimize formula based on results
Adhesive management and development
Overview of project development: Adhesive development and acquisition of an adhesive formulation, Process complexity and scheduling Elaboration of requirements profile and benchmark Review of relevant standards List of possible application systems Drive pilot production optimize formula based on results
Adhesive management and development
3851768
Unkown polymer testing consultation, know polymer validation testing, regulatory body consultation, polymer material selection, processing pilot plant for polymer R&D
Polymer testing
Unkown polymer testing consultation, know polymer validation testing, regulatory body consultation, polymer material selection, processing pilot plant for polymer R&D
Polymer testing
Unkown polymer testing consultation, know polymer validation testing, regulatory body consultation, polymer material selection, processing pilot plant for polymer R&D
Polymer testing
Unkown polymer testing consultation, know polymer validation testing, regulatory body consultation, polymer material selection, processing pilot plant for polymer R&D
Polymer testing
3851757
Many different materials can be used for 3D printing, such as ABS plastic, PLA, polyamide (nylon), glass filled polyamide, stereolithography materials (epoxy resins), silver, titanium, steel, wax, photopolymers and polycarbonate. The use of 3D printing for rapid tooling and manufacturing has promised to produce components with complex geometries according to computer designs. Due to the intrinsically limited mechanical properties and functionalities of printed pure polymer parts, there is a critical need to develop printable polymer composites with high performance. 3D printing offers many advantages in the fabrication of composites, including high precision, cost effective and customized geometry.
3D printing polymer
Many different materials can be used for 3D printing, such as ABS plastic, PLA, polyamide (nylon), glass filled polyamide, stereolithography materials (epoxy resins), silver, titanium, steel, wax, photopolymers and polycarbonate. The use of 3D printing for rapid tooling and manufacturing has promised to produce components with complex geometries according to computer designs. Due to the intrinsically limited mechanical properties and functionalities of printed pure polymer parts, there is a critical need to develop printable polymer composites with high performance. 3D printing offers many advantages in the fabrication of composites, including high precision, cost effective and customized geometry.
3D printing polymer
Many different materials can be used for 3D printing, such as ABS plastic, PLA, polyamide (nylon), glass filled polyamide, stereolithography materials (epoxy resins), silver, titanium, steel, wax, photopolymers and polycarbonate. The use of 3D printing for rapid tooling and manufacturing has promised to produce components with complex geometries according to computer designs. Due to the intrinsically limited mechanical properties and functionalities of printed pure polymer parts, there is a critical need to develop printable polymer composites with high performance. 3D printing offers many advantages in the fabrication of composites, including high precision, cost effective and customized geometry.
3D printing polymer
Many different materials can be used for 3D printing, such as ABS plastic, PLA, polyamide (nylon), glass filled polyamide, stereolithography materials (epoxy resins), silver, titanium, steel, wax, photopolymers and polycarbonate. The use of 3D printing for rapid tooling and manufacturing has promised to produce components with complex geometries according to computer designs. Due to the intrinsically limited mechanical properties and functionalities of printed pure polymer parts, there is a critical need to develop printable polymer composites with high performance. 3D printing offers many advantages in the fabrication of composites, including high precision, cost effective and customized geometry.
3D printing polymer
3851746
Approximately 30% of all plastic products are produced using an injection molding process. Of this 30%, a large amount of these products are produced by using custom injection molding technology. Six steps are involved in the injection molding process, after the prototype has been made and approved. The first step to the injection molding process is the clamping of the mold, actual injection of the melted plastic, dwelling phase,4. cooling process begins and continues until the plastic becomes solid inside the form. Finally, the mold is opened and the newly formed plastic part is ejected from its mold. The part is cleaned of any extra plastic from the mold.
Polymer machine process optimization (plastic & rubber mold)
Approximately 30% of all plastic products are produced using an injection molding process. Of this 30%, a large amount of these products are produced by using custom injection molding technology. Six steps are involved in the injection molding process, after the prototype has been made and approved. The first step to the injection molding process is the clamping of the mold, actual injection of the melted plastic, dwelling phase,4. cooling process begins and continues until the plastic becomes solid inside the form. Finally, the mold is opened and the newly formed plastic part is ejected from its mold. The part is cleaned of any extra plastic from the mold.
Polymer machine process optimization (plastic & rubber mold)
Approximately 30% of all plastic products are produced using an injection molding process. Of this 30%, a large amount of these products are produced by using custom injection molding technology. Six steps are involved in the injection molding process, after the prototype has been made and approved. The first step to the injection molding process is the clamping of the mold, actual injection of the melted plastic, dwelling phase,4. cooling process begins and continues until the plastic becomes solid inside the form. Finally, the mold is opened and the newly formed plastic part is ejected from its mold. The part is cleaned of any extra plastic from the mold.
Polymer machine process optimization (plastic & rubber mold)
Approximately 30% of all plastic products are produced using an injection molding process. Of this 30%, a large amount of these products are produced by using custom injection molding technology. Six steps are involved in the injection molding process, after the prototype has been made and approved. The first step to the injection molding process is the clamping of the mold, actual injection of the melted plastic, dwelling phase,4. cooling process begins and continues until the plastic becomes solid inside the form. Finally, the mold is opened and the newly formed plastic part is ejected from its mold. The part is cleaned of any extra plastic from the mold.
Polymer machine process optimization (plastic & rubber mold)
3851737
Plastics are synthetically produced non-metallic compounds. It can be molded into various forms and hardened for commercial use. Plastic molding products can be seen everywhere. Examples are jars, protective caps, plastic tubes, grips, toys, bottles, cases, accessories, kitchen utensils and a lot more. Even the keyboard and the mouse that you use are made through plastic molding. Even the plastic parts of the chair that you are sitting on are created this way. f you are planning to go into plastic molding business, you should first know the different processes. Choose from a plastic molding process that fits your budget, your expertise, and your resources. Here are basic definitions of various methods of plastic molding.Injection Molding ,Blow molding,Compression molding,Film Insert Molding,Gas Assist Molding,Rotational Molding,Structural Foam Molding,Thermoforming.
Polymer Molding & process consultation
Plastics are synthetically produced non-metallic compounds. It can be molded into various forms and hardened for commercial use. Plastic molding products can be seen everywhere. Examples are jars, protective caps, plastic tubes, grips, toys, bottles, cases, accessories, kitchen utensils and a lot more. Even the keyboard and the mouse that you use are made through plastic molding. Even the plastic parts of the chair that you are sitting on are created this way. f you are planning to go into plastic molding business, you should first know the different processes. Choose from a plastic molding process that fits your budget, your expertise, and your resources. Here are basic definitions of various methods of plastic molding.Injection Molding ,Blow molding,Compression molding,Film Insert Molding,Gas Assist Molding,Rotational Molding,Structural Foam Molding,Thermoforming.
Polymer Molding & process consultation
4232215
We at Rodentia we are team of expertise to analyse the feasible solution for polymer material selection , our engineers are major experts have much more work experience from big player like dupont, LG, HCL, L&T, Futura, Reliance . The material selection procedure includes three steps: I — APPLICATION SCREENING II — GENERIC FAMILY AND SPECIFICGRADE IDENTIFICATION III — PROCESS SELECTION AND COST ANALYSIS When establishing component functional requirements, consideration should be given to the following factors, and the influences of the possible variations within each factor upon satisfactory performance of the component under consideration. • Structural • Performance • Environmental • Design Criteria • Economics Factors Obtain us for better services
Polymer material Selection expertise
We at Rodentia we are team of expertise to analyse the feasible solution for polymer material selection , our engineers are major experts have much more work experience from big player like dupont, LG, HCL, L&T, Futura, Reliance . The material selection procedure includes three steps: I — APPLICATION SCREENING II — GENERIC FAMILY AND SPECIFICGRADE IDENTIFICATION III — PROCESS SELECTION AND COST ANALYSIS When establishing component functional requirements, consideration should be given to the following factors, and the influences of the possible variations within each factor upon satisfactory performance of the component under consideration. • Structural • Performance • Environmental • Design Criteria • Economics Factors Obtain us for better services
Polymer material Selection expertise
We at Rodentia we are team of expertise to analyse the feasible solution for polymer material selection , our engineers are major experts have much more work experience from big player like dupont, LG, HCL, L&T, Futura, Reliance . The material selection procedure includes three steps: I — APPLICATION SCREENING II — GENERIC FAMILY AND SPECIFICGRADE IDENTIFICATION III — PROCESS SELECTION AND COST ANALYSIS When establishing component functional requirements, consideration should be given to the following factors, and the influences of the possible variations within each factor upon satisfactory performance of the component under consideration. • Structural • Performance • Environmental • Design Criteria • Economics Factors Obtain us for better services
Polymer material Selection expertise
3851790
Overview of project development: Adhesive development and acquisition of an adhesive formulation, Process complexity and scheduling Elaboration of requirements profile and benchmark Review of relevant standards List of possible application systems Drive pilot production optimize formula based on results
Adhesive management and development
Overview of project development: Adhesive development and acquisition of an adhesive formulation, Process complexity and scheduling Elaboration of requirements profile and benchmark Review of relevant standards List of possible application systems Drive pilot production optimize formula based on results
Adhesive management and development
Overview of project development: Adhesive development and acquisition of an adhesive formulation, Process complexity and scheduling Elaboration of requirements profile and benchmark Review of relevant standards List of possible application systems Drive pilot production optimize formula based on results
Adhesive management and development
3851768
Unkown polymer testing consultation, know polymer validation testing, regulatory body consultation, polymer material selection, processing pilot plant for polymer R&D
Polymer testing
Unkown polymer testing consultation, know polymer validation testing, regulatory body consultation, polymer material selection, processing pilot plant for polymer R&D
Polymer testing
Unkown polymer testing consultation, know polymer validation testing, regulatory body consultation, polymer material selection, processing pilot plant for polymer R&D
Polymer testing
Unkown polymer testing consultation, know polymer validation testing, regulatory body consultation, polymer material selection, processing pilot plant for polymer R&D
Polymer testing
3851757
Many different materials can be used for 3D printing, such as ABS plastic, PLA, polyamide (nylon), glass filled polyamide, stereolithography materials (epoxy resins), silver, titanium, steel, wax, photopolymers and polycarbonate. The use of 3D printing for rapid tooling and manufacturing has promised to produce components with complex geometries according to computer designs. Due to the intrinsically limited mechanical properties and functionalities of printed pure polymer parts, there is a critical need to develop printable polymer composites with high performance. 3D printing offers many advantages in the fabrication of composites, including high precision, cost effective and customized geometry.
3D printing polymer
Many different materials can be used for 3D printing, such as ABS plastic, PLA, polyamide (nylon), glass filled polyamide, stereolithography materials (epoxy resins), silver, titanium, steel, wax, photopolymers and polycarbonate. The use of 3D printing for rapid tooling and manufacturing has promised to produce components with complex geometries according to computer designs. Due to the intrinsically limited mechanical properties and functionalities of printed pure polymer parts, there is a critical need to develop printable polymer composites with high performance. 3D printing offers many advantages in the fabrication of composites, including high precision, cost effective and customized geometry.
3D printing polymer
Many different materials can be used for 3D printing, such as ABS plastic, PLA, polyamide (nylon), glass filled polyamide, stereolithography materials (epoxy resins), silver, titanium, steel, wax, photopolymers and polycarbonate. The use of 3D printing for rapid tooling and manufacturing has promised to produce components with complex geometries according to computer designs. Due to the intrinsically limited mechanical properties and functionalities of printed pure polymer parts, there is a critical need to develop printable polymer composites with high performance. 3D printing offers many advantages in the fabrication of composites, including high precision, cost effective and customized geometry.
3D printing polymer
Many different materials can be used for 3D printing, such as ABS plastic, PLA, polyamide (nylon), glass filled polyamide, stereolithography materials (epoxy resins), silver, titanium, steel, wax, photopolymers and polycarbonate. The use of 3D printing for rapid tooling and manufacturing has promised to produce components with complex geometries according to computer designs. Due to the intrinsically limited mechanical properties and functionalities of printed pure polymer parts, there is a critical need to develop printable polymer composites with high performance. 3D printing offers many advantages in the fabrication of composites, including high precision, cost effective and customized geometry.
3D printing polymer
3851746
Approximately 30% of all plastic products are produced using an injection molding process. Of this 30%, a large amount of these products are produced by using custom injection molding technology. Six steps are involved in the injection molding process, after the prototype has been made and approved. The first step to the injection molding process is the clamping of the mold, actual injection of the melted plastic, dwelling phase,4. cooling process begins and continues until the plastic becomes solid inside the form. Finally, the mold is opened and the newly formed plastic part is ejected from its mold. The part is cleaned of any extra plastic from the mold.
Polymer machine process optimization (plastic & rubber mold)
Approximately 30% of all plastic products are produced using an injection molding process. Of this 30%, a large amount of these products are produced by using custom injection molding technology. Six steps are involved in the injection molding process, after the prototype has been made and approved. The first step to the injection molding process is the clamping of the mold, actual injection of the melted plastic, dwelling phase,4. cooling process begins and continues until the plastic becomes solid inside the form. Finally, the mold is opened and the newly formed plastic part is ejected from its mold. The part is cleaned of any extra plastic from the mold.
Polymer machine process optimization (plastic & rubber mold)
Approximately 30% of all plastic products are produced using an injection molding process. Of this 30%, a large amount of these products are produced by using custom injection molding technology. Six steps are involved in the injection molding process, after the prototype has been made and approved. The first step to the injection molding process is the clamping of the mold, actual injection of the melted plastic, dwelling phase,4. cooling process begins and continues until the plastic becomes solid inside the form. Finally, the mold is opened and the newly formed plastic part is ejected from its mold. The part is cleaned of any extra plastic from the mold.
Polymer machine process optimization (plastic & rubber mold)
Approximately 30% of all plastic products are produced using an injection molding process. Of this 30%, a large amount of these products are produced by using custom injection molding technology. Six steps are involved in the injection molding process, after the prototype has been made and approved. The first step to the injection molding process is the clamping of the mold, actual injection of the melted plastic, dwelling phase,4. cooling process begins and continues until the plastic becomes solid inside the form. Finally, the mold is opened and the newly formed plastic part is ejected from its mold. The part is cleaned of any extra plastic from the mold.
Polymer machine process optimization (plastic & rubber mold)
3851737
Plastics are synthetically produced non-metallic compounds. It can be molded into various forms and hardened for commercial use. Plastic molding products can be seen everywhere. Examples are jars, protective caps, plastic tubes, grips, toys, bottles, cases, accessories, kitchen utensils and a lot more. Even the keyboard and the mouse that you use are made through plastic molding. Even the plastic parts of the chair that you are sitting on are created this way. f you are planning to go into plastic molding business, you should first know the different processes. Choose from a plastic molding process that fits your budget, your expertise, and your resources. Here are basic definitions of various methods of plastic molding.Injection Molding ,Blow molding,Compression molding,Film Insert Molding,Gas Assist Molding,Rotational Molding,Structural Foam Molding,Thermoforming.
Polymer Molding & process consultation
Plastics are synthetically produced non-metallic compounds. It can be molded into various forms and hardened for commercial use. Plastic molding products can be seen everywhere. Examples are jars, protective caps, plastic tubes, grips, toys, bottles, cases, accessories, kitchen utensils and a lot more. Even the keyboard and the mouse that you use are made through plastic molding. Even the plastic parts of the chair that you are sitting on are created this way. f you are planning to go into plastic molding business, you should first know the different processes. Choose from a plastic molding process that fits your budget, your expertise, and your resources. Here are basic definitions of various methods of plastic molding.Injection Molding ,Blow molding,Compression molding,Film Insert Molding,Gas Assist Molding,Rotational Molding,Structural Foam Molding,Thermoforming.
Polymer Molding & process consultation

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Εμπειρία

Polymer Material Engineers

Rodentia Polymer products
Αυγ 2016 - Νοε 2017 (1 χρόνο, 3 μήνες)
my team is having a multiple field experience in erection and commissioning, Marketing, Production management, Market research analyst, R&D for polymer & packaging application, Selection of materials for various polymer packaging application, Rubber compounding, rubber injection molding and also can coordinate with sales & support cross functional team , prepare sample quantity validation & polymer formulations development, adhesives management, chemist for new formulation product development

Processing Specialists

Pricol
Απρ 2012 - Αυγ 2017 (5 χρόνια, 4 μήνες)
Subject Matter expertise in Injection molding Specialist in operations and functions, polymer chemist, Organic chemist for formulation development

Senior Engineer Technical service chemical (footwear )

Converse, Nike
Αυγ 2013 - Αυγ 2016 (3 χρόνια)
Process development and formulating different polymer & NR, SBR, Other rubber compounds. Research & new product development for various application & rubber field.Hands on experience in production planning & manpower supervision .MQAA, 5S audit, technical development of rubber formulations.Banbury operations & roll mill compounding and calendering sheet out vulcanization operations. rubber bottom compound in Heat and injection press machines.Conduct pilot trials for customer requirements

Εκπαίδευση

MSc Polymer Technology

India 2005 - 2007
(2 χρόνια)

B tech Chemical technology

India 2003 - 2007
(4 χρόνια)

Επικοινώνησε με τον/την Arun για τη δουλειά σου

Συνδέσου για να συζητήσεις τις λεπτομέρειες μέσω τις συνομιλίας.

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