NX Mold Training In Chennai

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NX Mold Design automates and streamlines the entire mold development process including part design, tool design and motion validation. You can ensure fast response to design changes and high-quality molds. NX Mold Design automates and streamlines the entire mold development process including part design, tool design and motion validation. You can ensure fast response to design changes and high-quality molds. Accelerate the design of the most challenging molds using advanced functionality, step-by-step guidance and associativity with part model to ensure fast response to design changes and quality molds.

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Learn NX Mold Training In Chennai

Course Highlights

  • NX Mold Design automates and streamlines the entire mold development process including part design, tool design and motion validation. You can ensure fast response to design changes and high-quality molds.

The user should have basic concepts in the following

  • Solid Modeling
  • Surface Modeling
  • Assembly Modeling

Upcoming Batches

Weekdays Training

Weekend Training

Classroom Training

  • Get trained by Industry Experts via Classroom Training at any of the SSA branches near you
  • Why Wait? Jump Start your Career by taking the NX Mold Course in Chennai!

Instructor-Led Live Online Training

  • Take-up Instructor-led Live Online Training. Get the Recorded Videos of each session.
  • Travelling is a Constraint? Jump Start your Career by taking the NX Mold Online training!

Syllabus

  • Introduction to Siemens NX

  • User interface and navigation

  • Application and workbench overview

  • Part Navigator

  • Layer management

  • Coordinate systems

  • Units and document settings

  • File management

  • Modeling preferences

  • Design intent and parametric modelling

  • Introduction to Sketcher

  • 2D sketch creation

  • Lines, circles, arcs and rectangles

  • Slots and polygons

  • Spline creation

  • Construction geometry

  • Trim, extend and offset

  • Geometric constraints

  • Dimensional constraints

  • Fully constrained sketches

  • Sketch modification and analysis

  • Introduction to 3D modelling

  • Extrude

  • Revolve

  • Sweep

  • Through Curves

  • Through Curve Mesh

  • Hole

  • Edge Blend

  • Chamfer

  • Shell

  • Draft

  • Rib

  • Pattern features

  • Mirror geometry

  • Boolean operations

  • Datum planes and axes

  • Feature modification and editing

  • Introduction to surface modelling

  • Studio Surface

  • Through Curve

  • Through Curve Mesh

  • Swept surface

  • N-Sided surface

  • Bridge surface

  • Trimmed sheet

  • Offset surface

  • Sew and Join surfaces

  • Extend surface

  • Untrim surface

  • Replace face

  • Surface continuity

  • Surface-to-solid conversion

  • Complex product surface development

  • Introduction to plastic product design

  • Product design considerations

  • Wall thickness

  • Draft angle

  • Ribs and bosses

  • Snap-fit features

  • Mounting features

  • Plastic component modelling

  • Parting line considerations

  • Undercut identification

  • Product modification

  • Design feasibility for injection molding

  • Introduction to injection molding

  • Mold components and terminology

  • Two-plate mold

  • Three-plate mold – Introduction

  • Core and cavity concepts

  • Mold base structure

  • Parting line

  • Parting surface

  • Mold opening direction

  • Shrinkage concepts

  • Mold design workflow

  • Mold component selection

  • Mold design environment

  • Importing and preparing the product

  • Model validation

  • Mold coordinate system

  • Product scaling and shrinkage

  • Parting direction

  • Parting line creation

  • Parting surface creation

  • Core and cavity separation

  • Mold volume

  • Mold block creation

  • Mold component preparation

  • Core and cavity development

  • Core creation

  • Cavity creation

  • Parting surface application

  • Mold split

  • Boolean operations

  • Core inserts

  • Cavity inserts

  • Interchangeable inserts

  • Undercut identification

  • Slide and lifter concepts

  • Core and cavity modification

  • Mold design verification

  • Introduction to mold assembly

  • Mold base components

  • Fixed half and moving half

  • Core plate

  • Cavity plate

  • Support plate

  • Clamping plates

  • Ejector plates

  • Guide pillars and bushes

  • Locating ring

  • Sprue bush

  • Assembly positioning

  • Mold component placement

  • Assembly relationships

  • Mold assembly structure

  • Standard mold components

  • Guide pillars and guide bushes

  • Ejector pins

  • Ejector sleeves

  • Return pins

  • Sprue bush

  • Locating ring

  • Core pins

  • Inserts

  • Slides

  • Lifters

  • Side core mechanisms

  • Component positioning

  • Mold component clearance

  • Standard component selection

  • Introduction to ejection systems

  • Ejector pin arrangement

  • Ejector sleeve

  • Ejector plates

  • Return mechanism

  • Ejector pin placement

  • Ejection clearance

  • Ejector system assembly

  • Ejection stroke concepts

  • Ejection system detailing

  • Practical ejection design

  • Introduction to runner systems

  • Sprue and runner concepts

  • Gate types

  • Gate positioning

  • Runner layout

  • Cold runner system

  • Cooling channel concepts

  • Cooling layout

  • Basic cooling component placement

  • Manufacturing considerations

  • Introduction to mold drawings

  • Assembly drawing creation

  • Component drawings

  • Section views

  • Detail views

  • Exploded views

  • Dimensions

  • Tolerances and fits

  • Surface finish symbols

  • Hole callouts

  • Ejector pin details

  • Core and cavity drawings

  • Mold base drawings

  • Bill of Materials (BOM)

  • Balloons and annotations

  • Manufacturing documentation

Project 1 – Plastic Component Design

  • Product modelling

  • Draft angle application

  • Wall thickness

  • Ribs and bosses

  • Design modification

Project 2 – Core & Cavity Design
  • Product preparation

  • Parting line

  • Parting surface

  • Core and cavity separation

  • Mold insert creation

Project 3 – Mold Assembly

  • Mold base assembly

  • Core and cavity inserts

  • Guide pillars and bushes

  • Ejection system

  • Assembly documentation

Project 4 – Mold Detailing
  • Mold assembly drawing

  • Core and cavity detailing

  • Component drawings

  • BOM

  • Manufacturing documentation

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Trainer Profile

  • SSA unites the exact blend of theoretical and practical knowledge of the web engineering designs and it’s concepts and renders to its students which makes them to be highly compatible with what they learn.
  • NX MOLD tutors/ Instructors in SSA provide the most smart and flexible way of learning such that the students become more Comfortable in achieving their knowledge quest.
  • The NX MOLD trainers/Instructors in SSA are frequently updated about the nature of industrial needs through our research team. SSA provides trainings for corporate personals from reputed corporates MothersonSumi INfotech & Designs,Saint Gobain India,Visha industrial plastic, ANVAL Valves  etc.,  Hence SSA provides the growing and exact needs of the industries to its trainers to serve the students better.
  • Trainers are well equipped and knowledge in SSA to render high a level of standard in NX MOLD practices.
  • SSA’s Instructors are real time professionals who can render hands on training along with the NX MOLD practices.
  • Trainers at SSA enlighten and train the students with updated needs of the industries relevant to their areas or domains.
  • Each student in SSA gets individual trainer who attends, listens, teaches and trains the student individually according to the student’s Pace and need.
  • We the SSA help our students to create and build their resume more intensely, specifically and uplift their confidence to get placed in a well reputed and knowledgeable company.

Features

Years Of Experience

Learning a technology with a professional who is well expertise in that solve 60% of your needs.

Fully Hands-on Training

We support any training with more practical classes. So, we always prefers to give hands-on training.

Flexible Timings

We started with 2 trainers, now we are 100+ and it’s still increasing. So we can give the students flexibility timings.

Affordable Fees

If you need software assistance we are here to back you up. Bring your laptop and load the required software and learn.

Lab Support

If you need software assistance we are here to back you up. Bring your laptop and load the required software and learn.

Interview Preparation

Every course in covered with interview point questions and real-time scenarios of what the company may look after from you.

Certifications

NX Mold Certification Training

About NX Mold Certification Training in Chennai at SSA

Nx Mold Certification is one of the professional credentials which demonstrate that the candidate has gained in-depth knowledge of the Nx Mold and its application. With a real-time project experience provided at the end of the Nx Mold training, this certification states that the candidate has acquired the necessary skills to work in Nx Mold software. Having this certificate along with your resume helps in prioritizing your profile at the time of the interview, and also it opens the door for a wide range of career opportunities.

Nx Mold certificate from SSA holds the necessary skill sets that are required for a professional designer under the guidance of our Real-time professionals. Nx Mold training is provided by professionals who have 8+ years of experience in the Designing platform and also as corporate trainers. They upskill your knowledge with the recent developments in the relevant field of yours.

Opportunity

Job Opportunities After Completing NX Mold Course in Chennai

NX MOLD is the best software used by mechanical engineers. It is used for product designs in automobile industries. This software combines CAD, CAM and CAE all together in one this make very easy for 3D printing.

Some of the NX MOLD software using companies are:

  • MothersonSumi
  • INfotech & Designs,
  • Saint Gobain India,
  • Visha industrial plastic,
  • ANVAL Valves
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Reviews

FAQ'S

  • SSA students can have a vast and practical kind of course knowledge since they get training from the corporate trainers who are with 8+ years of experience.
  • The only institution in Chennai who first introduced the ‘one to one’ training in professional courses.
  • Affordable and reasonable fee structure.
  • Flexible course timings.
  • Corporate trainers.
  • Real time projects and case studies.
  • SSA was inaugurated and commenced its service and operations in 2014 as an independent institute for training technical designs and concepts for all engineering courses.
  • After 7 years of tremendous growth, today SSA has served Job cum entrepreneurship for 200+ students.
  • More than 500 students have been trained from 20+ colleges and have been benefited by our quality teaching concepts.
  • SSA has placed 80+ students in the corporates in mechanical and civil domain.
  • SSA is carrying out consecutive trainings in wiring harness, ArtCAM and various mechanical and civil soft wares and courses for leading and giant corporates like Bosch,L&T ,caterpillar etc..,
  • SSA is being tagged with consecutive corporate trainings on behalf of its quality services in technical concepts.
  • SSA’s ultimate goal and responsibility is to be trustworthy and enlighten the technical knowledge to the students and corporate personals in the time of need.
  • Trainers are Industry Experts who have a decade of experience as corporate trainers/Real time designers and practitioners in mechanical and civil industries. Also, the Training faculty of SSA are working professionals from the mechanical and civil field who provide hands-on training to the students.

SSA provides trainings both offline and online.

  • Offline
  • online
  • Available
  • Cash, card, G pay, net banking.