Category: Akriti

Introduction

Computer Numerical Control (CNC) technology has revolutionized architectural processes, offering architects and designers unprecedented precision, consistency, and efficiency. Let’s explore how CNC Machines in Architecture & Design are transforming the field.

1. Modeling and Prototyping

Architects use CNC machines to create intricate models and prototypes. Whether it’s testing design concepts or presenting ideas to clients, CNC technology allows architects to visualize their projects before full-scale construction. Akriti Precision Systems’ CNC machines excel in producing detailed and accurate models.

2. Large-Scale Production

CNC machining isn’t limited to prototypes; it plays a crucial role in large-scale production. Architects leverage CNC technology during both the design and construction phases. The advantages include speed, efficiency, and consistent quality. Akriti’s CNC machines ensure precise fabrication, even across projects spanning thousands of miles.

3. Facade Panels

CNC-cut facade panels enhance architectural aesthetics. Intricate patterns, textures, and geometric designs can be precisely carved into materials like wood, metal, or composite panels. Akriti’s CNC machines achieve flawless results, elevating building exteriors.

4. Custom Stairs and Furniture

Architects use CNC machines to craft custom staircases and furniture pieces. From ornate balustrades to ergonomic chairs, CNC technology allows for intricate detailing and seamless assembly. Akriti’s CNC machines ensure both functionality and beauty.

5. Partitions and Wall Art

CNC-cut partitions and wall art add character to interior spaces. Whether it’s decorative screens, room dividers, or feature walls, architects appreciate the precision and versatility of CNC machining. Akriti’s machines enable intricate designs that captivate occupants.

6. Cladding Solutions

Architectural cladding, whether for exterior or interior surfaces, benefits from CNC precision. Akriti’s CNC machines create uniform cladding elements, enhancing building aesthetics and durability.

Unique Features of Akriti’s CNC Machines

• High Precision: Akriti’s CNC machines achieve micron-level accuracy, ensuring flawless cuts and carvings.
• Easy to use Software: Their control software is easy to learn and use by anyone.
• Material Compatibility: Akriti’s machines handle various materials, from wood to non-ferrous metals and composites.
• Customization: Architects can tailor CNC programs to their specific design requirements.

In summary, CNC machines empower architects to push creative boundaries while maintaining precision. Akriti Precision Systems stands at the forefront of this technological revolution, providing cutting-edge solutions for architectural excellence. 

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CNC Machines in Architecture & Design

A PCB CNC machine (Computer Numerical Control) is a specialized mechanical milling device used in the manufacturing of printed circuit boards (PCBs). Unlike traditional etching processes, which involve chemical reactions, PCB CNC machines use precise cutting tools called endmills to remove unwanted copper from the board’s substrate. This process creates intricate traces and patterns on the PCB, making it an essential tool for prototyping and custom PCB production.

How Does PCB Milling Work?

1. Design and Setup: First, engineers create a design for the PCB using software. The PCB blank is fixed to a movable bed, allowing precise positioning in the X and Y axes.
2. Copper Clearing: The CNC mill uses a rotating endmill to remove material from the copper layer. This process creates conductive tracks, traces, and holes.
3. Drilling and Tracing: The endmill drills holes and follows the design to create intricate patterns. It can isolate different copper layers in multilayer PCBs.
4. Finishing: After milling, the PCB undergoes finishing steps to ensure its functionality and conductivity.

Advantages of PCB Milling

• Rapid Prototyping: PCB milling allows quick prototyping, eliminating the need to wait for external fabrication facilities¹.
• Precision and Flexibility: CNC machines offer greater control and flexibility compared to traditional etching methods.
• Complex Features: CNC milling can fabricate complex 2.5D and 3D features that are challenging with other techniques².

Examples: CXC3 Meteor & CXC3 PCBPrecision Pro

1. CXC3 Meteor (General Purpose):
   • Ideal for rapid prototyping and hobbyist projects.
   • Precise endmills create intricate designs on single-layer PCBs.
   • Cost-effective and efficient for small-scale production.
2. CXC3 PCBPrecision Pro (Specialized):
   • Designed for professional manufacturing.
   • High-speed spindle motor for precision.
   • Pneumatic Quick Tool change system, lowering processing time.

Applications of PCB CNC Machines

• Electronics Industry: PCBs for consumer electronics, automotive systems, and IoT devices.
• Technical Education: Used in labs and workshops to teach PCB fabrication.
• Research and Development: Prototyping new electronic designs.

In summary, PCB CNC machines revolutionize PCB production by offering speed, precision, and versatility. Whether you’re a hobbyist or a professional, these machines play a vital role in shaping our connected world.

Key Factors to Consider When Buying a CNC Machine

There are several crucial factors to consider when buying a CNC machine for your business. From material compatibility to automation capabilities, each aspect plays a vital role in ensuring you make the best decision. Let’s dive into the most important considerations:

1. Material Compatibility

The first and foremost factor is the type of materials you’ll be machining. Different CNC machines are designed to handle specific materials, such as aluminum, steel, plastics, or composites. Ensure that the machine you choose is capable of processing the materials required for your projects.

2. Automation and Productivity

Look for features that enhance automation and productivity, such as automatic tool changers, pallet changers, or robotic loading systems. These features can significantly reduce setup times and increase overall efficiency.

3. Software and Control Systems

The software and control systems that come with your CNC machine are crucial for programming and operating the machine. Consider the user-friendliness, compatibility with your existing systems, and the level of support provided by the manufacturer.

4. Rigidity and Accuracy

A sturdy and well-designed machine frame is essential for maintaining accuracy and reducing vibrations during operation. Look for machines with reinforced structures and high-quality components to ensure long-lasting performance and precision.

5. Work Envelope and Flexibility

The work envelope, or the maximum size of the workpiece that can be accommodated, is an important factor to consider. Additionally, look for machines with flexible configurations, such as multiple spindles or rotary tables, to expand your production capabilities.

6. After-Sales Support and Maintenance

Reliable after-sales support and maintenance are crucial for minimizing downtime and ensuring the longevity of your CNC machine. Consider factors such as the availability of spare parts, response times for service requests, and the overall quality of the manufacturer’s support.

7. Brand Reputation and Additional Features

When investing in a CNC machine, it’s important to consider the brand reputation. Look for manufacturers with a solid track record and positive customer reviews. Additionally, explore the additional features and capabilities offered by the machine, such as advanced software integration or automation features.By carefully considering these factors, you can make an informed decision and invest in a CNC machine that meets your current and future production needs while providing reliable performance and a strong return on investment.

Why Akriti Precision Systems CNC Machines are the Right Choice

At Akriti Precision Systems, we understand the importance of these key factors when it comes to selecting the right CNC machine for your manufacturing business. Our machines are designed with these considerations in mind, ensuring that you get a reliable, high-performance, and cost-effective solution.Our CNC machines are built with robust and rigid structures, ensuring exceptional accuracy and precision even during high-speed operations. We offer a wide range of material compatibility, from metals to composites, allowing you to tackle a diverse range of projects.Akriti Precision Systems’ CNC machines are equipped with advanced automation features and user-friendly control systems, streamlining your production processes and maximizing productivity. Moreover, our commitment to after-sales support and maintenance is unparalleled, with a dedicated team of experts ready to assist you whenever you need it.With a strong brand reputation and a focus on innovation, Akriti Precision Systems is the trusted partner for businesses seeking the best CNC machines in the market. Contact us today to learn more about how our solutions can transform your manufacturing operations.

CNC machining, also known as Computer Numerical Control machining, is a revolutionary subtractive manufacturing process that utilizes computer-controlled machines to create complex and precise parts from a wide variety of materials. But with so many material options available, Choosing the perfect materials for CNC on your project can feel overwhelming. Don’t worry, this comprehensive guide will equip you with the knowledge to make informed decisions and unlock the full potential of Akriti Precision Systems’ Bangalore-made CNC machines.

Key Considerations for Material Selection:

• Project Requirements: First and foremost, consider the specific needs of your project. What will the finished part be used for? What kind of stresses will it endure? Does it require high strength, heat resistance, or exceptional corrosion resistance? Identifying these factors will help narrow down your material choices.
• Material Properties: Delve into the inherent properties of each material. Here’s where Akriti Precision Systems’ expertise shines. Their team can advise you on factors like machinability (how easily a material can be cut), weight, thermal conductivity, and electrical conductivity.
• Aesthetics: Don’t underestimate the importance of visual appeal. CNC machining allows for intricate designs, and the chosen material can significantly impact the final look and feel of your part.

Akriti Precision Systems: Unlocking Material Potential

Akriti Precision Systems’ Bangalore-made CNC machines are built to handle a diverse range of materials. Here’s a glimpse into their capabilities:

• Metals: Akriti’s CNC machines excel at machining various metals, including aluminum (known for its lightweight strength), stainless steel (offering excellent corrosion resistance), and brass (ideal for intricate details).
• Plastics: From the machinability of acrylic to the durability of polycarbonate, Akriti’s machines can handle a variety of plastics, making them perfect for prototypes, electronics housings, and more.
• Wood and Other Materials: Looking for something unique? Akriti’s machines can handle wood, foam, and other materials, opening doors for creative projects and design applications.

Beyond Material Selection: Partnering with Akriti Precision Systems

Choosing the perfect materials for CNC is just the first step. Akriti Precision Systems goes beyond simply offering CNC machines. Their team of experts is there to guide you through the entire process, from material selection to final part creation. Their in-depth knowledge of CNC machining and material properties ensures you achieve optimal results.

Ready to embark on your CNC machining journey?

Contact Akriti Precision Systems @+91 90 190 548 37 today. Their state-of-the-art CNC machines paired with their material expertise will empower you to turn your design concepts into high-quality, functional parts. Let Akriti Precision Systems be your partner in achieving CNC machining success!

The lifeblood of any R&D lab is the ability to transform ideas into tangible prototypes. But let’s be honest, the traditional route of outsourcing intricate parts can be a major bottleneck. Enter the game-changer: high-precision CNC machines. These aren’t your grandpa’s clunky machines – they’re the secret weapon of modern supercharge R&D labs, accelerating innovation and bringing even the most ambitious concepts to life.

Precision Takes Center Stage:

First and foremost, high-precision CNC machines deliver unparalleled accuracy. Imagine crafting microfluidic devices for medical research or delicate components for next-generation electronics – these designs demand tolerances in the micron range, a feat beyond the reach of traditional methods. High-precision CNCs rise to the challenge, meticulously carving your vision into reality with unmatched detail.

Speed Up Your Innovation Cycle:

Gone are the days of waiting weeks for outsourced prototypes. High-precision CNC machines empower you to take control of the entire process. Need to test a new design iteration on the fly? No sweat! Simply upload your CAD file and let the machine churn out a prototype in record time. This agility allows you to experiment rapidly, refine your ideas, and ultimately bring your innovations to market faster.

Beyond Accuracy: A Material Marvel:

The benefits go beyond just dimensional precision. These advanced machines boast a versatility that traditional methods can only dream of. Work with a vast array of materials, from soft polymers to exotic alloys, without breaking a sweat. This opens the door to creating prototypes that are more than just close approximations – they become near-perfect replicas of the final product, allowing for thorough testing and optimization.

Introducing the Akriti Precision Systems CXC3 Meteor: Powerhouse Without the Price Tag

Ready to unleash the full potential of your R&D lab? Look no further than the Akriti Precision Systems CXC3 Meteor. This machine packs a serious punch, customizable with <3.5 Micron Repeat Positioning Ground Ball Screws and 1 Micron runout Spindles, making it ideal for working with non-ferrous and soft materials with unmatched precision.

But here’s the best part: unlike other high-end machines, the CXC3 Meteor doesn’t come with a bank-breaking price tag. 100% Non-Chinese origin parts makes this a standout product in its category. With 80% parts by Value manufactured in India and the remaining comeiong from Quality conscious companies in countries like Italy, Germany, Japan, Taiwan, Korea & France, you can be assured of the highest quality. Akriti understands the needs of R&D labs, offering a powerful and affordable solution to supercharge your innovation engine.

Innovation Made Easy:

High-precision CNC machines are more than just tools; they’re a catalyst for groundbreaking discoveries. They empower R&D teams to bridge the gap between imagination and reality, accelerating the pace of progress and pushing the boundaries of what’s possible. With the Akriti Precision Systems CXC3 Meteor in your lab, you don’t just dream up ideas – you make them a reality. So, supercharge your R&D Labs, where innovation is no longer a distant dream, but a tangible reality within your reach.

Introduction

CNC machining has revolutionized precision manufacturing across various industries, including automotive, aerospace, and electronics. As India continues to expand its manufacturing and automation sectors, CNC’s future in India looks promising as well. In this blog, we’ll explore key trends, challenges, and growth drivers shaping the CNC landscape in India.

1. Adoption of CNC Technology

The increasing adoption of CNC machines in India is driven by the need for advanced and automated manufacturing processes. Industries seek higher production efficiency and superior product quality, making CNC machining centers indispensable.

2. Multi-Axis Capabilities and Advanced Controls

Demand for machining centers with multi-axis capabilities and advanced controls is on the rise. Manufacturers are offering versatile vertical, horizontal, and 5-axis machining centers to meet diverse industry needs. These centers enable precise and automated machining operations, enhancing overall productivity.

3. Challenges

Despite positive market outlooks, challenges persist. The high initial investment required for CNC machines poses a hurdle, especially for small and medium-sized enterprises (SMEs). Overcoming this challenge involves offering flexible financing options and emphasizing the long-term benefits of CNC technology¹.

4. Post-COVID Recovery

The COVID-19 pandemic disrupted manufacturing, impacting the CNC market. However, as industries adapted to the new normal, the market gradually recovered. Resilience and adaptability remain key factors in shaping CNC’s future.

Different Sizes of CNC Machines

CNC machines come in various sizes, each suited for specific applications. Here are some common types:

1. Mini CNC Machines:
   • These compact machines are ideal for small-scale workshops, hobbyists, and educational institutions.
   • Mini CNC mills and lathes are commonly used for prototyping, engraving, and light machining tasks.
   • They have limited working areas but offer precision and affordability.
2. Benchtop CNC Machines:
   • Slightly larger than mini machines, benchtop CNCs are versatile and fit on workbenches.
   • They are suitable for small production runs, rapid prototyping, and intricate designs.
   • Benchtop mills, routers, and plasma cutters fall into this category.
3. Standard CNC Machines:
   • These machines are widely used in manufacturing industries.
   • Standard CNC mills, lathes, and machining centers have larger work envelopes.
   • They handle medium to heavy-duty tasks, including production runs and complex parts.
4. Large-Scale CNC Machines:
   • Industrial giants, these machines occupy significant floor space.
   • Large CNC machining centers, gantry mills, and turning centers cater to heavy-duty applications.
   • Aerospace, automotive, and energy sectors rely on these for precision and efficiency.

Global Sales Trends

The CNC machine market has witnessed remarkable growth globally. Key trends include:

1. Industry 4.0 Integration:
   • CNC machines are increasingly connected to smart factories, enabling real-time monitoring, predictive maintenance, and data-driven decision-making.
   • IoT (Internet of Things) integration enhances productivity and efficiency.
2. 5-Axis Machining:
   • Demand for 5-axis CNC machines is rising due to their ability to handle complex geometries.
   • Industries like aerospace, medical, and mold-making benefit from 5-axis capabilities.
3. Hybrid Machines:
   • Combining additive manufacturing (3D printing) with subtractive CNC machining, hybrid machines offer versatility.
   • Prototyping, customized parts, and tooling benefit from this hybrid approach.
4. Automation and Robotics:
   • Collaborative robots (cobots) work alongside CNC machines, improving efficiency and reducing manual labor.
   • Automation streamlines production lines and reduces cycle times.

About Akriti Precision Systems

We are based in Bangalore & your partner in high-precision CNC machining. We specialize in crafting ultra-precise 3 and 4-axis CNC machines designed to tackle even the most challenging non-ferrous materials.

Our machines boast exceptional default repeat positioning accuracy of 25-50 microns, with the option to upgrade for even tighter tolerances as low as 3.5 microns. This guarantees unparalleled precision and consistent results you can rely on, project after project.

But that’s not all! Akriti goes beyond standard offerings. With the understanding that every workshop has unique needs, we provide a comprehensive selection of compatible accessories to expand your machine’s capabilities and perfectly suit your workflow.

Additionally, our team of experts excels in developing custom solutions that seamlessly integrate with your existing processes, ensuring a smooth and efficient transition. We offer a range of machine sizes to fit your workspace, with bed areas starting from a compact 400x300mm and scaling all the way up to an expansive 2500x1300mm.

Ready to unlock the full potential of your CNC machining? Visit our website at Akriti Precision Systems to explore our extensive product line and discover how Akriti’s advanced engineering solutions can take your projects to the next level.

CNC (Computer Numerical Control) machines are incredibly versatile and find applications in various industries. Let’s explore 23 of these industries where CNC machining plays a crucial role:

1. Aerospace Industry:
   • CNC machines are essential for producing precise components used in aircraft and spacecraft.
   • Examples of aerospace parts produced using CNC technology include airfoils, antennae, landing gear, manifolds, bushings, and radiofrequency suppression materials¹.
2. Automotive Industry:
   • CNC machining offers advantages at every stage of the automotive manufacturing process.
   • Automotive components made using CNC machining include gearboxes, axles, engine parts, valves, cylinder blocks, and dashboard panels¹.
3. Electronics Industry:
   • CNC machines create intricate electronic components, such as circuit boards, connectors, and housings.
4. Medical Industry:
   • CNC machining is critical for producing medical equipment and implants with precise dimensions.
   • Examples include surgical instruments, prosthetics, dental implants, and orthopedic devices².
5. Fabrication and Sheet Metal Industry:
   • CNC machines are used for cutting, bending, and shaping sheet metal. They create parts for construction, HVAC systems, and architectural elements.
6. Furniture Manufacturing:
   • CNC milling machines are employed in cabinet making and furniture production. They create intricate designs and precise cuts for wooden furniture.
7. Signage Production:
   • CNC routers are commonly used to create custom signs, logos, and decorative elements from various materials.
8. Musical Instrument Manufacturing:
   • CNC technology is used to craft musical instrument components, such as guitar bodies, keyboard parts, and brass instrument components³.
9. Oil and Gas Industry:
   • CNC machines are used for manufacturing components like valves, pumps, and drilling equipment.
10. Renewable Energy Sector:
    • CNC machining is involved in creating wind turbine components, solar panel frames, and hydroelectric equipment.
11. Boat Building and Marine Industry:
    • CNC machines shape boat hulls, decks, and other marine components.
12. Jewelry Making:
    • CNC technology allows precise cutting and engraving of jewelry pieces.
13. Food Processing Equipment:
    • CNC machines create parts for food processing machinery, ensuring hygiene and precision.
14. Architectural Millwork:
    • CNC routers produce intricate woodwork for architectural details.
15. Plastic Injection Molding:
    • CNC machining produces molds for plastic injection molding.
16. Mining Equipment Manufacturing:
    • CNC machines create parts for mining machinery, such as conveyor belts and drill bits.
17. Textile Industry:
    • CNC machines cut fabric patterns and create textile molds.
18. Watchmaking:
    • CNC technology ensures precision in watch components.
19. Firearms Manufacturing:
    • CNC machining produces firearm components.
20. Toy Manufacturing:
    • CNC machines create plastic and metal parts for toys.
21. Metalworking Industry:
    • CNC lathes and mills shape metal parts for various applications.
22. Construction Equipment Manufacturing:
    • CNC machining produces components for bulldozers, excavators, and cranes.
23. Energy Transmission and Distribution:
    • CNC machines create parts for power transmission systems.

These are just a few examples, and CNC machining continues to find new applications across industries.

Akriti Precision Systems specializes in crafting ultra-precise 3 and 4-axis CNC machines designed to tackle even the most challenging non-ferrous materials. These machines boast exceptional default repeat positioning accuracy within 50 microns, with the option to upgrade for even tighter tolerances as low as 3.5 microns. At the heart of Akriti’s machines lies the pioneering use of composite superstructures, ensuring unmatched durability with a lifetime guarantee. These CNC machines are not just tools, they are a beacon of precision, endurance, and versatility, making them ideal for industries where perfection is not just desired but required. If you’re looking for CNC solutions that redefine standards, Akriti Precision Systems is the brand to consider.

The Indian government’s Skill India Mission has a clear vision: to create a skilled workforce that can power the nation’s economic growth. In this landscape, technical education plays a pivotal role, and Computer Numerical Control (CNC) machines are rapidly becoming indispensable tools and we will explore the role of CNCs in Technical Education.

Why CNCs are Crucial for Indian Technical Education

• Industry Alignment: CNCs are the backbone of modern manufacturing. By integrating CNC training into ITIs and engineering colleges, institutions bridge the gap between theoretical knowledge and real-world applications. Students graduate with the practical skills coveted by industries, making them job-ready from day one.
• Enhanced Employability: CNC expertise empowers graduates to take on diverse opportunities in various sectors like automotive, aerospace, and machine tool building. This translates to higher employability and better career prospects.
• Hands-on Learning: CNCs facilitate a shift from textbook learning to practical application. Students gain valuable experience in programming, operating, and maintaining these machines, fostering a deeper understanding of manufacturing processes.

Akriti Precision Systems: Empowering Technical Education with Cost-Effective CNC Solutions

Akriti Precision Systems recognizes the importance of CNC training and offers a compelling solution: the Mighty and Meteor series of CNC machines. These machines are specifically designed to address the needs of technical institutions in India:

• Cost-Effective Learning: The Mighty and Meteor series are significantly more affordable compared to traditional CNC machines. This makes them ideal for institutions seeking to equip their workshops without breaking the bank.
• Open Architecture: These machines boast an open-source architecture, eliminating the fear factor often associated with complex CNC systems. Students can comfortably learn the inner workings and gain a deeper understanding of CNC technology.
• Reduced Reliance on Imports: Akriti prioritizes “Make in India.” The Mighty and Meteor series have either zero or minimal foreign components. Notably, the Meteor series uses only a single non-domestic part – the laser. This not only strengthens India’s manufacturing ecosystem but also ensures parts availability and easier maintenance.
• Composite Superstructure: Akriti’s machines utilize composite materials in their superstructures, making them lighter and more resistant to wear and tear. This translates to lower maintenance costs and a longer lifespan for the machines, maximizing the return on investment for institutions.

By incorporating Akriti’s CNC solutions, ITIs and engineering colleges can equip students with the skills and confidence they need to thrive in the modern workforce. This aligns perfectly with the Skill India Mission’s vision, paving the way for a future powered by a skilled and empowered generation.

In the vast world of manufacturing, tooling and die making hold a crucial position, acting as the backbone of many production processes. Whether it’s automotive components, electronic gadgets, or aerospace parts, these intricate pieces are often born from meticulously crafted tools and dies. Let’s delve into the world of tooling and die making, focusing on the Jarkan die making industry for cloth patterns with fake stones and how the CXC3 Mighty Series of CNC machines from Akriti Precision Systems perfectly suit these needs.

What is Tooling and Die Making?

Tooling refers to the process of designing and engineering the tools necessary to manufacture parts or components. These tools are often custom-made to fit the specific needs of a production process. On the other hand, die making involves the creation of specialized devices called dies that are used in a machine to shape or cut material, typically metal, into a desired form.

History and Evolution of Tooling and Die Making

Tooling and die making has a rich history, tracing its roots back to the Industrial Revolution when manual labor was replaced by machinery in manufacturing processes. The advent of dies revolutionized production, enabling the rapid and precise creation of identical parts, thus increasing productivity and lowering costs.

In the early 20th century, tool and die making underwent a significant transformation with the development of more sophisticated and precise machines. The advent of the turret lathe, milling machine, and surface grinder greatly enhanced the tool and die maker’s ability to create complex shapes with high precision.

In recent years, the tooling and die making industry has been further revolutionized by advancements in technology. Computer Numerical Control (CNC) machines, which allow for automated control of machining tools by means of a computer, have become ubiquitous in tool and die shops. CNC machines not only increase precision and productivity but also allow for the creation of complex shapes that were once difficult to achieve. The introduction of Computer-Aided Design (CAD) and Computer-Aided Manufacturing (CAM) software has further refined the tool and die making process. These programs allow tool and die makers to design tools and dies on a computer, simulate their use, and control CNC machines to create the physical tools and dies¹.

Jarkan Die Making Industry: Crafting Beauty with Precision

The Jarkan die making industry specializes in creating intricate patterns for cloth using fake stones. These patterns add a touch of elegance and sparkle to garments, sarees, dresses, and accessories. To achieve such precision, the industry relies on CNC machines that can handle delicate materials and intricate designs.

Why Choose CNC Machines for Jarkan Die Making?

1. Precision and Accuracy: CNC machines offer unparalleled precision, ensuring that each stone placement is exact. Whether it’s a delicate floral motif or a geometric pattern, CNC technology ensures consistent results.
2. Material Versatility: Jarkan die making involves working with various materials, including plastics and MDF (Medium-Density Fiberboard). CNC machines, such as the CXC3 Mighty Series from Akriti Precision Systems, excel in handling soft materials like wood, acrylic, and plastics.
3. Time Efficiency: CNC machines automate the cutting and shaping process, significantly reducing production time. The automatic rise and decline feature of Jarkan shaking machines further enhance efficiency².

Introducing the CXC3 Mighty Series CNC Machines

Akriti Precision Systems, based in Bangalore, India, pioneers the future of CNC machines with composite technology. The CXC3 Mighty Series stands out for several reasons:

• Composite Superstructure: The CXC3 Mighty boasts a world-first composite superstructure, ensuring exceptional stability and accuracy. This innovation enhances the machine’s longevity and performance.
• Made in India: With 75% of its parts and components made in India, the CXC3 Mighty supports the “Make in India” initiative. It’s a testament to Indian engineering excellence.
• Zero Chinese Parts: Akriti Precision Systems prioritizes quality by avoiding Chinese components. Instead, they source parts from Italy, Germany, Japan, Taiwan, Korea, and France.
• Repeat Positioning Accuracy: Achieving precision within 50 microns, the CXC3 Mighty ensures consistent results for intricate Jarkan patterns.
• Certified for 24/7 Operations: Tested on non-stop jobs for seven days, these CNC machines are reliable workhorses.

Whether you’re a seasoned Jarkan die maker or just starting your journey, the CXC3 Mighty Series offers the precision, versatility, and reliability needed to create stunning cloth patterns with fake stones. Unleash your creativity and elevate your craftsmanship with Akriti Precision Systems³!

Remember, in the world of Jarkan die making, precision is not just a requirement—it’s an art form. Let CNC technology be your brush, and the CXC3 Mighty Series your canvas! 🌟

Copper – that beautiful, reddish metal that shows up everywhere from your fancy new water bottle to the crazy-complex circuit boards in your laptop. But working with copper can be tricky, especially when it comes to machining. Different grades have different personalities, and if you use the wrong tool, well, let’s just say things can get a little messy (think burrs, deflection, and a whole lot of frustration).

Here at Akriti Precision Systems, a CNC machine manufacturer in Bangalore, India, we get it. We’ve been building these machines for years, and we know the struggle is real. That’s why we created the CXC3 Majestic Series – a CNC machine specifically designed to help you conquer the challenges of diverse copper grades and achieve machining nirvana.

Let’s Talk Copper Grades: From Soft and Sweet to a Touch Feisty

• C101 (Electrolytic Tough Pitch): This is your basic copper – soft, pure, and a dream to machine. Think freshly baked cookies – easy to handle and leaves a smile on your face. The CXC3 Majestic’s high speeds and rock-solid build (thanks to those fancy composite superstructures we’ll get to in a sec) ensure clean cuts with minimal burrs, so you can focus on creating your masterpiece, not cleaning up a mess.
• C102 (Oxygen-Free Electronic): This one’s a bit like your cool aunt – a little more personality (thanks to a touch of oxygen), but still fun to be around. It requires a machine that’s both powerful and precise, which is exactly what the Majestic Series delivers with its robust design and strong motors.
• C110 (Electrolytic Tough Pitch with Phosphorus): Now, this copper’s got a bit of an edge. The phosphorus helps with machining, but it can also be a little…well, stubborn. The Majestic’s super-efficient chip removal system and rigid build team up to keep things under control, giving you a smooth machining experience, even with this slightly more challenging grade.

The Secret Weapon: Akriti’s Composite Superstructure (It’s Like a Superhero for Your Machine)

The CXC3 Majestic boasts a unique feature that sets it apart – a composite superstructure. Don’t let the fancy term scare you; it’s basically a special kind of material that makes the machine even better at handling copper:

• Shake it Off: Composite materials are amazing at absorbing vibrations. Think of it like putting shock absorbers on your machine. This translates to cleaner cuts and tighter tolerances, especially when you’re dealing with those trickier copper grades.
• Keeps its Cool: Copper conducts heat like a champ, which can sometimes lead to the machine itself getting a little warm and messing with your machining accuracy. The composite superstructure helps minimize this thermal warping, ensuring your machine stays cool and your cuts stay precise.
• Rock Solid: Compared to traditional cast iron builds, composite offers superior rigidity. This means the machine is super stable, allowing you to use more aggressive cutting parameters on a wider range of copper grades. Basically, it can handle whatever you throw at it.

Machining Copper Like a Boss with the CXC3 Majestic

The CXC3 Majestic Series from Akriti Precision Systems is more than just a CNC machine; it’s your partner in copper machining domination. With its powerful features, innovative design, and the game-changing advantage of composite superstructures, the Majestic delivers exceptional results, reduced machining times, and those oh-so-satisfying surface finishes, no matter the copper grade you choose.

Ready to ditch the copper machining drama and achieve machining mastery? Contact Akriti Precision Systems today and see how the CXC3 Majestic Series can transform your operations. We promise, it won’t be scary. In fact, it might just be fun.