Join us for an exclusive session on how Additive Manufacturing (AM) is reshaping industries by enabling tool-less, cost-effective, and scalable production from design to delivery. This insightful webinar is brought to you by Vexma Technologies in collaboration with HP India and the Redington Group.
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In the ever-evolving world of manufacturing, additive manufacturing has unlocked new frontiers in durability, design freedom, and material efficiency. One such advancement is the 3D printing of high-performance manifold rings in SS316L stainless steel, offering industries a breakthrough in both functionality and reliability.
Our high-performance manifold rings, 3D printed in SS316L stainless steel with an ultra-fine 50μm layer thickness, are a testament to the capabilities of modern additive manufacturing in aerospace engineering.
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In today’s fast-paced, innovation-driven world, staying updated with the latest
in additive manufacturing and product development isn’t optional — it’s essential.
That’s why we launched our official LinkedIn newsletter:
Additive Edge by Vexma
Whether you're an engineer, product designer, decision-maker, or tech enthusiast, Additive Edge brings you a curated blend of real-world case studies, deep technical insights, and trends shaping the future of 3D printing and smart manufacturing.
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Spoiler Alert: One gets pancaked. The other? Walk it off like a champ.
At Vexma Technologies, we don’t just 3D print things - we engineer them. So when we set out to design our own version of a pickleball, we weren’t aiming for a novelty item. We wanted to redefine what durability means in recreational equipment.
But what good is a bold claim without a brutal test?
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At Vexma Technologies, we bring engineering ideas to life with precision-crafted 3D printed scale models. Our latest project - Turbo Compressor Impeller - showcases the true capabilities of industrial 3D printing when applied to mechanical design, validation, and exhibition needs.
This scale model of a turbo compressor impeller is more than a replica. It is a functional representation that illustrates how advanced geometries and performance-critical features can be replicated through additive manufacturing.
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In today’s fast-paced manufacturing environment, industries across the globe are redefining how they design, prototype, and produce. One technology at the forefront of this transformation is Additive Manufacturing (AM) - commonly known as 3D printing. At Vexma Technologies, we believe this revolution is not a distant vision, but a present-day reality already shaping the future of India's industrial landscape.
In an exclusive feature interview with 3Printr, Germany’s premier additive manufacturing publication, our CEO Shaurin Patel laid out Vexma’s forward-thinking vision for AM in India.
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For years, the question lingered: Why can’t pickleballs be 3D printed? Skeptics dismissed the idea as impractical, arguing that conventional manufacturing methods were the only viable option. But at Vexma Technologies, we saw things differently. We saw an opportunity to innovate, reduce waste, and revolutionize the game with advanced 3D printing technology.
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In today's fast-paced manufacturing landscape, speed, customization, and precision are no longer optional - they’re essential. Traditional casting mould production often involves long lead times, high costs, and limited design flexibility. But with the rise of 3D printed casting moulds, those limitations are becoming a thing of the past.
For IBHI, we engineered a high-precision casting mould using advanced 3D printing technology.
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In the ever-evolving world of technology and design, presenting intricate and large-scale machinery in a compact and portable manner has become crucial for businesses. Whether it's an industrial facility, an automotive engine, or a complex mechanical component, showcasing products with accuracy and ease plays a significant role in engaging clients and stakeholders. This is where 3D-printed exhibition models step in to revolutionize the way industries display their innovations.
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In the world of metal 3D printing, achieving a high-quality surface finish and enhanced durability is often a challenge. Electroplating has emerged as a game-changing solution, particularly for 3D-printed SS316L components, offering a range of benefits that improve performance, aesthetics, and longevity.
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In the rapidly advancing field of robotics and automation, motion control plays a critical role in ensuring efficiency, accuracy, and seamless operation. A robotic system's performance heavily depends on the quality of its components, particularly the gearbox. Traditionally, manufacturing these components required extensive machining and high production costs. However, 3D printing technology has revolutionized the production of robotic gearboxes, offering lightweight, high-strength, and custom-designed solutions for motion control applications.
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Efficient cooling is a critical factor in injection molding and other manufacturing processes. Traditional cooling methods rely on straight-line cooling channels, which often lead to uneven temperature distribution, longer cycle times, and quality inconsistencies. However, the advent of conformal cooling - where cooling channels follow the shape of the molded part has revolutionized the industry. Thanks to additive manufacturing, implementing conformal cooling has never been more feasible.
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The manufacturing industry is undergoing a seismic shift, driven by advancements in smart technology. From traditional processes to cutting-edge innovation, manufacturers are embracing digital transformation to stay competitive. At the forefront of this revolution is Vexma Cloud, a comprehensive platform designed to integrate live analytics, automation, and cloud-based solutions into every aspect of manufacturing. Discover how Vexma Cloud is empowering industries to work smarter, faster, and more sustainably.
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Scaling manufacturing processes is a crucial aspect of business growth. It enables companies to meet increasing demand, improve efficiency, and reduce costs. However, traditional manufacturing often faces significant challenges in scaling due to outdated systems, limited flexibility, and inefficient processes. In today’s fast-paced market, where agility and adaptability are critical, overcoming these obstacles has become more important than ever.
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As we reflect on 2024, it becomes evident that this year has been transformative for Vexma Technologies. From breakthroughs in additive manufacturing to setting new benchmarks in precision and innovation, our journey this year has been nothing short of extraordinary. Here’s an in-depth look at how our technologies and expertise came together to shape a landmark year for us.
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In the realm of precision engineering, 3D printed scale models have emerged as transformative tools, enabling industries to bridge the gap between conceptual designs and functional applications. One such innovation is Vexma Technologies' Foot-Mounted Planetary Gearbox Scale Model - a precision engineered masterpiece that exemplifies the power of 3D printing in modern manufacturing.
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In the world of advanced manufacturing, topology-optimized 3D printing is revolutionizing how stainless steel components are designed and produced.
Showcasing a complex, topology-optimized stainless steel part, 3D printed to achieve intricate geometries that are nearly impossible with traditional manufacturing methods. Designed for lightweight performance in critical applications, this part leverages advanced lattice structures and additive manufacturing to maximize strength-to-weight ratio and reduce material usage without compromising integrity.
By leveraging additive manufacturing, these components maximize the strength-to-weight ratio, reduce material waste, and deliver unmatched performance for critical applications. Whether it’s aerospace, automotive, or industrial machinery, this innovative approach ensures durability and precision without compromising design flexibility. With stainless steel’s renowned resilience and the power of 3D printing, the possibilities for creating next-generation components are limitless.
Bring your designs to life with Vexma's precision-engineered 3D printed scale models. Whether functional or non-functional, we deliver high-level detailing and exceptional quality across all sizes. Designed to replicate a crucial machine used in construction and mining, this model was produced using Multi Jet Fusion (MJF) technology and lightweight, durable PA12 nylon material.
With over 100+ models successfully created, we’re the go-to experts for your next exhibit models or complex machinery prototypes.
Let our advanced 3D printing solutions take your next project to the next level.
Vexma Technologies specialize in Design for Additive Manufacturing to optimize 3D printed drone frames using HP’s MJF technology, known for its isotropic properties and exceptional dimensional accuracy.
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Experience the power of Metal 3D printing to rapidly produce complex, high-quality parts for automotive & EVs, aerospace, defense, and more. Say goodbye to the limitations of traditional subtractive and formative manufacturingour advanced capabilities, including DFM, FEA, and CFD analysis, ensure faster production and optimized performance for your designs.
Vexma works closely with clients to understand their specific needs and use advanced technologies to ensure the best results. From concept to final product, we are here to bring your ideas to life.
Vexma Technologies is excited to bring Gujarat its first HP Multi Jet Fusion (HP MJF) 3D printer. This new addition to our vexma technologies pvt ltd services is a big step forward. It changes the game for 3d printing services in the area.
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On 28th October 2023, Vexma Technology, a leading provider of additive and advanced manufacturing services, inaugurated its in-house facility and customer experience center at its premises in Vadodara. The inauguration event was graced by Shri P K Taneja, IAS (Retd) MD of GSFC and GACL, along with several dignitaries, industry partners, clients, and media representatives.
Read MoreA Gujarat-based disposable Plastic Products Manufacturing Company. It provides high-quality, cost-effective disposable plastic products. It is equipped with high-tech & eco-friendly facilities & infrastructure in the plant.
They have a range of machinery, some of which requires a part to be changed regularly. They had been importing these parts from China. The Chinese Exporter they worked with was facing some trouble with Logistics & therefore asked them for Bulk Ordering. The company’s part requirement is low; hence they cannot bulk order them. So, they approached Vexma for a solution to their problem.
We started to work on their issue and suggested they use Reverse Engineering & 3D Printing for the low batch manufacturing of their part. This helped them save money & time, also now they can modify their designs, prototype them & test them with ease.
They shared their experience & feedback regarding the 3D printed mandrels which Vexma Printed for them. It had worked the same for them as the imported 650 ml mandrel.
One of India's Leading Battery Manufacturing companies making best in Class Automotive & Industrial batteries faced an issue with Cell Holders for their battery packs.
We took up this task on priority considering their requirement timeline. The part was studied thoroughly and the issues were identified. We suggested Vacuum Casting as the RP technique best fitted for the low Batch Manufacturing of their part.
Why Did We Choose Vacuum Casting to Solve Their Problem?
Vacuum Casting is the optimal fit for Low Manufacturing requirements & can manufacture about 50 to 100 parts at once. It helps manufacture complex parts with full design freedom, saves cost & time.
The cell holders design was very complicated as it had thin walls. Therefore, we chose Vacuum Casting to make those cell holders in low batches with our wide range of PU Material choices.
The story behind the scenes by VEXMA:
Nutralite is one of the widely accepted Healthy spread brands widely accepted by Indian Households.
This is the story of vexma which has done its part in taking a new product from a concept to a lip-smacking healthy food in Indian households with its innovative packaging and labelling designs.
Read MoreA success story of a start-up that developed an ingenious and futuristic E-Rickshaw And made impossible possible.
In 2018 a budding product development & 3D printing start up named VEXMA Technologies eagerly waiting for opportunities to set their foot print in Automotive product development industry.
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Since our last Blog many enthusiastic technocrats came to us who had amazing brain storming ideas on using 3d printed solutions in their projects. One of them was Mr.Shailesh Mali whosemain aim of his study was to determine the dimensional accuracy, flatness, and surface texture obtained in FDM rapid prototype with ABS (Acrylonitrile Butadiene Styrene) material.
Main three parameter (layer thickness, orientation, and infill pattern) were changed in fused deposition modeling and different parameter like tensile strength, compressive strength, impact strength etc was analyzed.
The goal of this prototype was to improve the energy efficiency and reduce the power consumption of a 3D printer by employing an innovative and validated heating circuitry or platform without compromising print quality.
Tensile test specimens having dimensions 60 mm x 20 mm x 5 mm tests have been conducted by changing the infill patterns like linier, hexagonal and diamond for measuring Tensile strength (ASTMD 638). Parts are modeled and experiment is conducted as per ISO R527:1966 for tensile test.
TTM” is the length of time required for a product to reach the market. Usually, this timeline is considered between the periods when an idea for a certain product is generated until the stage when it reaches the consumer market.
Meaning reduction in TTM would create huge cost savings while gaining a competitive edge over others. TTM is extremely important for the corporations that heavily invest in the new product launch which is first-of-its kind.
This is exactly how we helped Renovo Foods and Beverages LLP to get “Skinny in the market. Skinny with its new innovative flavours is one of a kind thirst-quencher developed by Renovo Foods. We applied design modifications to their model, made a prototype under 24 hours and in less than 5 months period, we had skinny.
This prototype helped them to gain feedback on ergonomics and reduced their TTM resulting in huge cost savings. Seeing our prototype in the local market was exciting and influential!
With Our 10+ Years of Expertise, We are your trusted partners in turning your visions into tangible prototypes.
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