Elevating Metal Fabrication: Unleashing the Power of the DESWAM WC67K Series CNC Press Brake

In the fast-evolving world of sheet metal fabrication, precision, reliability, and speed are not just competitive advantages—they are absolute necessities. Industry leaders require machinery that can seamlessly handle complex bends, robust workloads, and diverse material applications without breaking a sweat.

Enter the DESWAM Engineering Solutions WC67K Series Hydraulic Torsion Bar CNC Press Brake, a masterpiece of modern engineering designed to set new benchmarks in precision bending.

Whether you are standardizing your production floor or upgrading your capabilities for high-tolerance components, here is a comprehensive deep dive into why the DESWAM WC67K Series is the ultimate choice for your manufacturing needs.

The Core Pillars of Deswam Engineering Excellence

The WC67K Series is built around four fundamental engineering benchmarks that guarantee top-tier shop floor performance:

High Accuracy: Engineered to eliminate human error and traditional alignment offsets, providing micro-precise positional accuracy for every single bend.

Rugged Design: A heavy-duty, stress-relieved frame structure built to absorb massive kinetic energy and ensure decades of structural integrity under peak production loads.

Advanced Control: Equipped with a highly intuitive CNC interface that simplifies complex multi-step bending sequences, optimizing setup time and boosting throughput.

Maximum Efficiency: Optimized hydraulic systems and smart power management ensure fast cycle times while significantly lowering energy consumption.

Premium Components: The Anatomy of High-Performance Bending

A machine is only as good as the components powering it. DESWAM partners with world-class engineering brands to integrate premium subsystems into the WC67K Series, elevating it above standard market offerings:

High Response Servo Valve NG6 & High Frequency Proportional Servo Valve NG6: These advanced valves regulate oil flow with incredible speed and accuracy, ensuring instantaneous ram response, absolute parallelism, and flawless angular precision.

Precision Grating Ruler: Provides continuous, real-time closed-loop feedback regarding the exact position of the ram, compensating for structural deflections and ensuring flawless repeatability.

Servo Driver Systems: High-torque, ultra-responsive electronic servo drivers manage backgauge positioning rapidly, cutting down non-productive positioning times between cycles.

Versatile Tooling Options for Ultimate Component Flexibility

The WC67K Series comes ready to tackle complex profiles with a highly adaptive standard tooling architecture.

Square Mould (Multi-V Dies): Featuring an array of multi-sided, precision-ground square die blocks to accommodate varying plate thicknesses and radii with minimal changeover time.

Upper Punch Configurations: A comprehensive suite of standard and specialized upper punch profiles designed to execute deep box bending, narrow return bends, and standard acute/obtuse angles flawlessly.

Tailored for a Wide Range of Critical Industrial Applications

The versatility of the DESWAM WC67K Series makes it an invaluable asset across a diverse spectrum of manufacturing verticals:

🚗 Automotive: High-precision brackets, chassis reinforcements, and body components.

⚡ Electrical Enclosures: Crisp, clean right-angle folds for dust-proof and waterproof control panels and server racks.

🏗️ Steel Fabrication: Heavy structural components, gussets, and customized architectural metalwork.

💨 HVAC & Ducting: Flawless long-length folding for ventilation ducts and climate control housings.

🛠️ Sheet Metal Industry: General job-work requiring lightning-fast adaptation to variable client specifications.

Why Choose a DESWAM Press Brake?

Robust Structure: Built specifically for long-lasting performance and consistent, zero-deflection operations.

High Precision Bending: Delivers consistent accuracy in every single bend, drastically reducing scrap rates and secondary rework costs.

Get in Touch with DESWAM Engineering Solutions

Ready to transform your sheet metal production capabilities? Contact the engineering experts at DESWAM today for a customized quote or live demonstration.

📍 Office Address: Office No: 306, Third Floor, Kanchan Onyx Wing C, Survey No: 9/7/1 & 9/7/2, Next to Dharmavat Petrol Pump, Pisoli, Pune - 411060, Maharashtra, India.

In today’s fast-paced industrial landscape, precision, speed, and efficiency are no longer optional—they are the pillars of success. For metal fabrication businesses in India, particularly those looking to scale their production, investing in the right machinery is the first step.

At Deswam Engineering Solutions, based in Pune, we specialize in providing cutting-edge industrial solutions that empower manufacturers. One of the most critical tools in any modern workshop is the CNC Press Brake. In this blog, we’ll explore why upgrading to a high-performance CNC press brake machine is a game-changer for your business and what factors influence the CNC press brake machine price.

Understanding the Power of CNC Press Brakes

A CNC press brake (Computer Numerical Control) is a sophisticated piece of equipment designed to bend sheet metal with extreme accuracy. Unlike manual bending, a CNC press brake machine uses advanced software to control the movement of the ram and the backgauge, ensuring that every bend is consistent, regardless of the volume of production.

Whether you are looking for a standalone cnc press or a fully integrated bending cell, the shift toward automation is undeniable.

Key Benefits of a CNC Hydraulic Press Brake

If you are evaluating your next equipment purchase, here is why a cnc hydraulic press brake should be at the top of your list:

Unmatched Precision: The CNC system allows for micron-level adjustments, reducing waste and ensuring high-quality output for complex geometries.

Increased Productivity: With faster setup times and programmable sequences, you can handle more jobs in less time.

Versatility: From thin sheets to heavy plates, these machines can handle various materials and thicknesses with ease.

Cost-Efficiency: While the initial cnc press brake price might be higher than manual alternatives, the long-term savings in labor, material waste, and speed provide a rapid ROI.

Decoding the CNC Press Brake Machine Price

One of the most common queries we receive is regarding the cnc hydraulic press brake machine price. It’s important to understand that the price varies based on several factors:

Tonnage and Length: Higher capacity machines naturally come at a premium.

Control Systems: Advanced controllers (like Delem or Cybelec) offer more features but impact the cost.

Axes Configuration: More axes (3-axis, 4-axis, or 6-axis) allow for more complex bending but increase the cnc press brake machine price.

At Deswam Engineering Solutions, we pride ourselves on offering competitive pricing without compromising on the quality and durability of the machines we trade and retail.

Why Choose Deswam Engineering Solutions?

Based in Pune, Maharashtra, Deswam Engineering Solutions has established itself as a trusted partner for fiber laser cutting, bending, and welding solutions. We don't just sell machines; we provide comprehensive engineering solutions.

Our range includes the high-performance HP Series - Hydraulic CNC Press Brake and the WC67K Series, known for their reliability in heavy-duty industrial environments.

Conclusion

Upgrading your fabrication unit with a CNC press brake is an investment in your company’s future. By choosing the right partner and the right technology, you can significantly enhance your production capabilities and stay ahead of the competition.

https://youtu.be/KB5_W2Cdps4?si=YE07LSqxosG6eODd

STOP BURNING PARALI: MAKE MONEY BY CONVERTING RICE STRAW & RICE HUSK INTO BIOMASS PELLETS

How Farmers & Entrepreneurs Can Turn Crop Waste Into Profit

Burning parali (rice straw) has become one of India’s biggest environmental concerns. Every year, millions of tonnes of rice straw are burned in states like Punjab, Haryana, UP, MP, and Bihar—creating thick smog, health problems, soil damage, and carbon emissions. But what many farmers still don’t know is this:

👉 Parali is not waste — it is a profitable raw material. 👉 You can convert rice straw and rice husk into biomass pellets and earn steady income.

With increasing demand from industrial boilers, brick kilns, thermal power plants, food factories, hotels, and commercial kitchens, biomass pellets have become a high-value fuel replacement for coal and wood.

FABON Engineering explains how farmers and agri-entrepreneurs can convert crop residue into money.

Why Stop Burning Parali?

Burning parali leads to:

- Air pollution and severe smog - Soil nutrient loss (kills beneficial microbes) - CO₂ and methane emissions - Reduced soil fertility - Government penalties in some states

Instead of destroying it, parali can become a valuable fuel.

Biomass Pellets: The New Gold of Agriculture

Biomass pellets made from rice straw or rice husk are:

- High-GCV renewable fuel (3000–3800 kcal/kg) - Low-cost alternative to coal - Clean-burning and eco-friendly - Easy to store and transport - In high demand in India and export markets

Industries prefer pellets because they reduce furnace pollution and operating cost.

How Rice Straw / Rice Husk Becomes Biomass Pellets

Here is the simple conversion process:

1. Collection & Drying

Rice straw is collected from fields and dried to around 10–12% moisture.

2. Shredding / Chopping

FABON Grass Shredders or Straw Choppers reduce material size for smooth processing.

3. Grinding

A hammer mill converts straw into fine powder (3–8 mm).

4. Drying (if required)

Moisture is further controlled in FABON Flash Dryer or Rotary Dryer.

5. Pelletizing

The powder is compressed in a FABON Biomass Pellet Machine (ring die or flat die). Output pellets: 6 mm / 8 mm / 10 mm.

6. Cooling & Packing

Pellets are cooled and packed in 25–50 kg bags or jumbo bags.

Earning Potential from Rice Straw Pellets

Let’s see how much profit is possible:

1 TON of biomass pellets equals: - Selling price: ₹6,000 – ₹9,000 per ton - Production cost: ₹3,000 – ₹4,500 per ton - Profit per ton: ₹2,000 – ₹4,000

A 2 TPH FABON Pellet Plant running 8 hours/day can earn:

👉 Gross profit: ₹32,000 – ₹64,000 per day 👉 Monthly profit: ₹8–15 lakh (approx.)

Demand is rising due to:

- NTPC long-term biomass procurement - Boiler and furnace industries shifting away from coal - Government push for clean energy

Why FABON Engineering Pellet Plants Are Best

FABON Engineering provides complete turnkey pellet plants for rice straw and rice husk:

✔ 1 TPH, 2 TPH, 4 TPH & 5 TPH pellet plants ✔ Heavy-duty shredders, chippers, hammer mills ✔ High-efficiency dryers (Flash, Rotary, Horizontal) ✔ Ring die pellet machines with 20–40 HP+ power ✔ 1-year warranty + strong after-sales support ✔ 20 hours/day continuous working design ✔ Low maintenance, high output ✔ Ideal for farmers, FPOs, biomass startups, and industries

FABON machines are engineered for high bulk density pellets, low energy cost, and consistent GCV output.

Government Support for Parali-Based Pellet Projects

India is promoting biomass-based clean energy:

- MNRE & State subsidies for biomass projects - NTPC’s assured biomass pellet purchase program - FPO/FPC funding support - Mudra & MSME bank loans for pellet plants - Pollution control approval benefits

This makes pellet manufacturing a high-potential opportunity.

Who Can Start This Business?

- Farmers - FPO / FPC groups - Biomass entrepreneurs - Rice mills - Agro-waste collectors - Young startup founders - Rural industries

If you have access to abundant rice straw or rice husk, this business can be extremely profitable.

Instead of burning parali and polluting the environment, farmers can now turn crop waste into a sustainable income source. Biomass pellets made from rice straw and rice husk are the future of clean industrial fuel, and the market demand is only increasing.

With FABON Engineering’s advanced pellet machines and complete plant solutions, you can:

Precision isn’t a luxury—it’s a necessity on the fabrication floor. Whether you're using an affordable CNC press brake or a premium hydraulic model, the smallest error can lead to big problems: flawed bends, damaged tooling, safety risks, and profit loss.

Here are 7 common CNC press brake mistakes every shop should avoid:

Tool Setup Slip-ups Misaligned punches and dies cause inconsistent bends and machine wear. Regular inspection and alignment tools are key.

Wrong Tooling Choices Tooling must match material type and thickness. Using the wrong die risks tearing and poor angles. Keep a quick-reference chart handy!

Ignoring Material Differences No two batches are the same. Always test new material, adjust for grain direction, and tweak bend allowances as needed.

Overlooking CNC Programming Faulty sequences or offsets? They’ll wreck your output. Use simulation software and save proven programs to reduce rework.

Skipping Maintenance Hydraulic hiccups and unexpected downtime often trace back to poor upkeep. Stick to a daily/weekly/monthly checklist.

Undertraining Operators Automation doesn’t replace skill. Well-trained staff cut errors, improve safety, and know how to respond when things go off-script.

Neglecting Safety Protocols This machine bends metal—and it can harm people too. Use guards, PPE, and frequent audits to keep the shop secure.

Bottom Line: Mastering CNC press brake work means respecting the process. From programming to people, precision lies in the details. Review your practices, train your team, and maintain your machines. That’s how you bend with confidence—and without compromise.

In the world of metal fabrication, precision is everything. A CNC press brake plays a key role by bending, shaping, and forming sheet metal with utmost accuracy. But the unsung hero behind this precision is the press brake back gauge, which ensures each metal sheet is perfectly aligned before bending.

The press brake back gauge ensures consistency by positioning the metal precisely in relation to the bending die. Traditional manual back gauges required hands-on adjustments, but today’s CNC back gauges provide automation that drastically improves accuracy and repeatability. This upgrade enables faster setup times, reduces errors, and increases production efficiency.

A significant evolution in CNC press brakes is the transition from single-axis to multi-axis back gauges. While single-axis systems only moved in one direction, multi-axis systems (ranging from 2 to 6 axes) offer superior flexibility. They can handle complex bends, reverse flanges, and off-center adjustments, all while maintaining tight tolerances. This makes them ideal for industries like aerospace, medical, and electronics, where precision is paramount.

The benefits of multi-axis CNC back gauges are clear:

Precision & Repeatability: Minimizing human error ensures consistent, accurate bends.

Faster Setup & Reduced Downtime: Automation reduces setup time, boosting overall production.

Flexibility for Complex Bends: Multi-axis movement allows for intricate and versatile bending tasks.

Improved Safety: Fewer manual adjustments reduce the risk of accidents.

Increased Productivity: Faster cycle times and reduced reworks improve efficiency and ROI.

Whether you're a growing shop or an established manufacturer, upgrading to a multi-axis CNC back gauge can streamline operations and enhance product quality. It’s a smart investment for anyone looking to stay ahead in the competitive metal fabrication industry.

When it comes to precision metal forming, the tooling you choose for CNC press brake operations is crucial. A well-selected tool setup not only enhances part quality but also minimizes waste, speeds up production, and ensures consistency. Proper tooling is the backbone of smooth operations, and getting it right is key to cost-effective metal bending.

At Squickmons Engineering & Automation, we know that tooling is the unsung hero of CNC press brakes. Tools like V-dies, gooseneck punches, and radius tools play specific roles in shaping metal with accuracy. V-dies are versatile for general bending, while gooseneck punches excel at forming parts with return flanges. Each tool must be chosen with purpose to prevent bending blunders.

To get the best results, consider factors like material type, bend angle, and machine tonnage. Thicker metals demand tougher tools, while bend angle and radius are directly influenced by the tool type. It’s essential to match the punch and die set for precise bends. Compatibility with your CNC or hydraulic press brake system is also a must to avoid poor performance or tool damage.

A well-organized tool setup goes a long way. Keep tools labeled and inspect them regularly. Store them properly to prevent rust and misalignment. And remember: even small mismatches can cause big issues, so precision is key.

In the world of press brakes, proper tooling can make or break your project. Choosing the right tools ensures tight tolerances, higher-quality parts, and smoother operations. Whether you're new to CNC press brakes or have years of experience, mastering tooling is your first step toward excellence.

For those looking to optimize tooling for CNC press brakes, remember: the right choice balances performance, cost, and machine longevity. With smart tooling, precision is achieved in every press.