Robolab Technologies Pvt. Ltd. | RoboLab Technologies blogs
ROBOLAB ROBOLAB “A perfect platform to explore, learn and build robots” -Advanced state of the art technical research facility within campus -Hands on practical experience along with required theory -Consolidation of concepts -Industry- institute Interaction -Standard guidelines and essentials -Superior quality and Advanced robot study platforms -Training by Industry Experts And last but not the least -Affordable excellence with Quick Return on Investment Robolab is your very own, on campus, centre of Excellence in Robotics and Industrial Automation, tailor made for you. Equipped with all the advanced technologies used in industries, the Robolab offers training courses consistent with the latest curricula and the industry requirements. Thus, functioning as the perfect platform for its users (students as well as teachers) to explore, learn, build and share their ideas. We believe in providing innovative and interactive training by industry experts and deliver the same while establishing the Robolab. This empowers the trainees to manage the Robolab in future. Our planned ROI model ensures the educational as well as financial returns. Having Robolab has its own perks! We have some standard Robolab offerings and we also customize as per the needs of the institute. About Company Robolab Technologies Pvt. Ltd is a venture by graduates from the prestigious College of Engineering, Pune (COEP) in association with the BHAU Institute of Innovation, Entrepreneurship and Leadership (BIEL), the Incubation centre of the College of Engineering Pune[COEP]. Robotics labs for schools in india,Robotics labs for Diploma Colleges in india,Robotics labs for engineering Colleges in india,Robotics labs for colleges in india,a College Of Engineering, Bhau Institute, ,automation and robotics,robotics and automation,automation robotics,robotics automation,robotics & automation,automation robots,automation robotics,automation in robotics,robots and automation,automation and robots,robots in automation,robotics in automation,home robots,home robotics,robots for the home,robots for home,in home robots,learning robotics,lab robotics,learning robots,lab robots,working of robots,college robotics,robotics info,work robots,working of robotics,working in robotics,robots that work,robots learning,training robots,robotics subject,robotics working,lab automation,automation lab,roboti cs,robolab technologies,college from home,mobile education india,robotics workshops training,members of faculty,india private limited,education-india.in,labs in college,the lab training,email id of students,robotics labs india,,robotics lab manual,robotics lab for schools,robotics lab equipment,robotics lab mit,robotics lab setup proposal,robotics lab iit,robotics lab iisc,robotics lab research academy The team Provides services for Robotics Automation laboratories and establishment, trainer kits, laboratory trainer kits, education trainer kits, training equipments, microprocessor embedded trainers, conduct workshops on trending technologies, Industrial Projects. 1.Robotics and Automation Laboratories Establishment 2.Conduct Workshop on Trending technologies 3.Industrial Automation 4.Technical Guidance
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Solaxis 3D Prints Lightweight, Ergonomic Assembly Jigs On Demand

Solaxis Ingenious Manufacturing uses 3D printing to create lightweight jigs, fixtures and specialized tooling for customers in the automotive and other industries. See how Solaxis created an assembly jig that’s easily transportable and ultimately reduced assembly cycle time. In addition to ergonomic enhancements, the jig was produced in much less time than metal tools manufactured with traditional methods.  

Alseca Shrinks Automotive Assembly Tool Creation Time with FDM 3D Printing

Alseca Engineering is a tier one supplier to the automotive industry and spends considerable resources on developing manufacturing tools. When Alseca needed to develop a lightweight auto trunk plate, it looked to 3D printing for the solution.   Alseca used FDM technology to quickly create vacuum-form tooling in days rather than weeks. This let them test multiple ideas and find the right combination of strength and light weight for the new trunk plate.  

Robai Cuts Cost and Lead Time for Robotic End Effectors with 3D Printing

End effectors, also known as end-of-arm tools, allow robotic machines to perform a variety of functions in the execution of manufacturing tasks. They’re typically made from metal using conventional machining methods and can take considerable time to manufacture, particularly if they have to be outsourced.   Robai found a better way to make end effectors with 3D printing instead of machining. This let Robai cut the time and cost to create end effectors by over 90% compared with machined tools.  

3D Printing Helps Melron Meet Tight Sand Casting Deadlines

Melron Corporation makes architectural hardware using the sand casting process. The challenge with this approach is that it relies on the use of metal patterns that are costly and time consuming to make, particularly under tight deadlines, making design changes impractical.   Watch the video to see how Melron thwarts these challenges using 3D printing to create the mold patterns. 3D printed patterns can be created faster, for less cost, and allows Melron to validate designs before investing in metal tooling.  

Learn How to 3D Print Composite Tooling with Demo from Swift Engineering

3D printed tooling for composite fabrication enables parts with more complex geometries to be produced much faster and more affordably than traditional manufacturing methods.   In this unique “how to” video, we’ll visit Swift Engineering’s Kerry Dang as he takes us through the process step by step of creating a sacrificial tool for a complex, hollow inlet duct.  

New Stratasys 3D Demonstrators Build Bigger, Lighter Parts for Auto and Aero

Stratasys has recently unveiled two new pieces of game-changing additive manufacturing technology: the Infinite-Build 3D Demonstrator and the Robotic Composite 3D Demonstrator.   The Infinite-Build 3D Demonstrator is designed to address the demands of aerospace, automotive and other industries for large, lightweight thermoplastic parts with repeatable mechanical properties. It features a revolutionary approach to FDM extrusion that increases throughput and repeatability. The system turns the traditional 3D printer concept on its side to realize an “infinite-build” approach which prints on a vertical plane for practically unlimited part size in the build direction.   The Robotic Composite 3D Demonstrator combines Stratasys…

Join Stratasys CMO, Tim Bohling, for a Tour of 3D Printing Innovation at IMTS 2016

How is 3D printing making manufacturing more efficient and cost-effective today, and how it can become an integrated part of a long-term manufacturing strategy? How will it change the way we design and build the vehicles of tomorrow? To learn how Stratasys is shaping what’s next, take a tour of 3D Printing Innovation at IMTS 2016 with Stratasys CMO Tim Bohling and see the present and future of additive manufacturing.  

Robotic Composite 3D Demonstrator Deep Dive at IMTS 2016

Stratasys recently previewed its new Robotic Composite 3D Demonstrator at IMTS 2016. This game-changing additive manufacturing system combines Stratasys’ advanced extrusion technologies with Siemens’ motion control hardware and PLM software.   The result? Lightweight, geometrically complex composite parts delivered in record time for aerospace, automotive and other high end industries.  

Schneider Electric Plans Factory of the Future with Stratasys 3D Printing (Eng Subtitles)

French multi-national corporation, Schneider Electric SE, is the global specialist in electricity distribution, automation management and the production of installation components for energy management. The company’s 160,000+ employees serve customers in over 100 countries, helping them to manage their energy and processes in ways that are safe, reliable, efficient and sustainable.   With efficiency enhancement central to its value proposition and indeed, the ethos of the company itself, Schneider Electric was keen to explore ways of streamlining certain manufacturing processes to achieve both short and longer term efficiency goals.   To help meet these objectives, the company has incorporated Stratasys…

Scott Sevcik On New Additive Tech for Large Lightweight Parts on “Three Questions with an Expert”

Stratasys’ Scott Sevcik sat down with Arielle Campanalie from GIE Media Manufacturing Group’s “Three Questions with an Expert” to discuss Stratasys’ recently previewed Infinite-Build 3D Demonstrator.   The Infinite-Build 3D Demonstrator is designed to address the requirements of aerospace, automotive and other industries for large lightweight, thermoplastic parts with repeatable mechanical properties. it features a revolutionary approach to FDM extrusion that increases throughput and repeatability. The system turns the traditional 3D printer concept on its side to realize an “infinite build” approach which prints on a vertical plane for practically unlimited part size in the build direction.   “Three Questions…

Deep Dive Tour of Stratasys’ New Infinite-Build 3D Demonstrator

The Infinite-Build 3D Demonstrator turns the traditional 3D printer concept on its side to realize an “infinite build” approach which prints on a vertical plane for practically unlimited part size in the build direction.   It uses ULTEM 9085 material – ideal for the transportation industry due to its Flammability, Smoke, and Toxicity (FST) performance and high strength-to-weight ratio.   Aerospace company Boeing played an integral role in defining the requirements and specifications for this solution and today it’s being tested by both Boeing and Ford for the production of tooling and low volume, lightweight parts.   For an up…

Wheeler Dealers – 100th Car Episode clip 2

Take one canny car trader, a mechanical maestro, up to £20,000 and a load of oil, sweat and know-how, and what have you got? WHEELER DEALERS of course! Mike Brewer and Edd China are back on their hunt for treasure as they find rundown classic cars and transform them into sleek, gleaming beauties ready to sell on to a punter for a healthy profit. In this series Mike and Edd celebrate discovering and working on their 100th car in style, by restoring the classic veteran car the Darracq. Once renovated, the aim is to drive the car successfully from London…

Stratasys Additive Manufacturing Presentations at EuroMold 2014 – Final Parts

At EuroMold 2014 Stratasys presented a host of game-changing 3D printed manufacturing applications including composite processing tooling, jigs and fixtures, plastic processing tooling, and end use products.   Join Ryan Sybrant, Senior Manager of Manufacturing Solutions, Stratasys in this series of application presentations filmed at the Stratasys Booth.   In this segment, Ryan presents direct part production with a customized, FAA-certified air duct 3D printed for a hospital plane – on demand.  

Stratasys Additive Manufacturing Presentations at EuroMold – Soluble Cores

At EuroMold 2014 Stratasys presented a host of game-changing 3D printed manufacturing applications including composite processing tooling, jigs and fixtures, plastic processing tooling, and end use products.   Join Ryan Sybrant, Senior Manager of Manufacturing Solutions, Stratasys in this series of application presentations filmed at the Stratasys Booth.   In this segment, Ryan explains how soluble cores are being used to create extremely complex parts. Here he presents a Porsche engine with carbon fiber parts produced by Champion Motorsports.  

Stratasys Additive Manufacturing Presentation at EuroMold 2014 – Jigs and Fixtures

At EuroMold 2014 Stratasys presented a host of game-changing 3D printed manufacturing applications including composite processing tooling, jigs and fixtures, plastic processing tooling, and end use products.   Join Ryan Sybrant, Senior Manager of Manufacturing Solutions, Stratasys in this series of application presentations filmed at the Stratasys Booth.   In this segment. Ryan presents an end of arm tool from a robotic arm assembly, demonstrating the complex geometries and special features only possible with additive manufacturing.  

Stratasys Additive Manufacturing Presentations at EuroMold 2014 – Injection Molding

At EuroMold 2014 Stratasys presented a host of game-changing 3D printed manufacturing applications including composite processing tooling, jigs and fixtures, plastic processing tooling, and end use products.   Join Ryan Sybrant, Senior Manager of Manufacturing Solutions, Stratasys in this series of application presentations filmed at the Stratasys Booth.   In this segment, Ryan presents some injection mold tools created with Digital ABS material on Stratasys PolyJet-based 3D Printers. 3D printed injection molds are used to test designs before final mass production, dramatically reducing manufacturing time and costs.  

Rutland Plastics: 3D Printing Jigs & Fixtures With Stratasy Additive Manufacturing

Manufacturing relies on jigs and fixtures to maintain quality and production efficiency. These tools are used to align, assemble, clamp, hold, test and calibrate components and sub–assemblies at all stages of manufacturing. Normally they’re machined or fabricated from metal, wood or plastic.   But smart manufacturers like Rutland Plastics in the UK are adopting additive manufacturing to produce custom jigs and fixtures in a fraction of the time and cost required by conventional tooling methods.   Watch this video to see how they’re using their Objet350 Connex 3D Printer from Stratasys to produce 90% of their jigs and fixtures.  

Revolutionizing the Injection Molding Process Using 3D Printing

3D printing has turned the production of injection molded prototypes into a quick, easy and inexpensive process. See how PolyJet 3D Printing technology from Stratasys helps a team at Budapest University create an injection mold for functional testing at reduced time and cost.   Commissioned to produce a fan that provides enhanced engine cooling and reduced noise, Dr. Jozsef Gabor Kovács, Department of Polymer Engineering, Budapest University of Technology and Economics, and his team needed to find an efficient, inexpensive method of producing injection molded prototypes to test the fan in the end-product material. The design and development process involved…

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