2024 Foshan Maya CNC Equipment Co., Ltd

Masda CNC Punch Machine: Multi-Process Integration Boosts Sheet Metal Pre-Processing Efficiency

Masda — Mon, 21 Sep 2026 08:04:10 +0000

The Masda CNC punch machine is a patented product capable of performing various sheet metal pre-processing operations—such as punching, corner cutting, louver forming, bridge forming, embossing, marking, and tapping—in a single unit.

It replaces multiple single-process machines, minimizes material handling between stages, and enhances overall pre-processing efficiency.

Rigid, Stable Structure for Continuous, Long-Term Production

The machine frame undergoes annealing to relieve internal stress, ensuring resistance to deformation over extended use and maintaining punching precision during long production runs.

It is ideal for the mass production of sheet metal components used in electrical cabinets, telecommunications equipment, metal furniture, and more.

Configurable for Automated Production Lines

This CNC punch machine can be integrated with gantry robotic arms and flexible bending centers to form a fully automated, intelligent sheet metal production line.

It supports automatic loading, punching and cutting, automated transfer for bending, and finished-product palletizing, enabling a fully unmanned, continuous production process.

Matching Imported Performance at a Lower Investment Cost

Masda — Sun, 20 Sep 2026 07:47:27 +0000

Many sheet metal enterprises wish to adopt imported flexible bending centers, yet the high purchase prices, long lead times, and steep after-sales costs often deter them.

Masda bending centers rival similar imported equipment in terms of bending precision, multi-process forming capabilities, and stability during continuous mass production, featuring core structures that have been optimized through multiple generations of iteration.

Optimized Structure, Reduced Overall Cost

Masda independently develops both the CNC system and the mechanical structure, eliminating redundant designs and optimizing manufacturing processes while maintaining structural rigidity and precision.

This significantly lowers the initial purchase budget. Furthermore, the costs for wear parts and maintenance components are far lower than those of imported brands, offering a distinct advantage in long-term operational and maintenance costs.

High Cost-Performance Ratio and Return on Investment

For sheet metal factories planning an automation upgrade, Masda represents a superior choice—delivering comparable performance with a lower investment.

It enables enterprises to upgrade their production lines within a limited budget and shortens the payback period for the investment.

Masda Flexible Bending Center: Fully Automatic Four-Sided Bending with Single-Positioning

Masda — Thu, 17 Sep 2026 06:34:20 +0000

Unlike traditional CNC press brakes, the Masda intelligent flexible bending center performs fully automatic four-sided bending after a single workpiece positioning. It supports various complex forming processes, including upward bending, downward bending, and arc forming.

The system utilizes multi-axis servo-coordinated drives and a patented feeding/positioning mechanism with automatic sheet orientation adjustment, ensuring high bending angle repeatability and excellent consistency across batch production.

Compatible with Diverse Materials and Applications

The equipment handles a wide range of sheet metal materials, including carbon steel, stainless steel, aluminum, and laminated sheets. For workpieces with special features—such as raised holes or semi-sheared sections—customized upper tool clearance fixtures can be employed to prevent damage to formed features during bending, effectively solving processing challenges for complex sheet metal parts.

Labor Replacement: Reducing Costs and Boosting Efficiency

Traditional bending relies heavily on skilled operators, making recruitment difficult and labor costs high. Masta bending centers can be operated independently by general staff after simple training, significantly reducing reliance on senior technicians.

This makes the system ideal for the continuous batch production of sheet metal components such as cabinets, electrical enclosures, and commercial kitchen equipment.

Two Decades of Dedication to Sheet Metal Automation: Masda’s Commitment to Cost-Effective, Smart Manufacturing

Masda — Sat, 12 Sep 2026 02:37:16 +0000

A subsidiary of Foshan Maya CNC Equipment Co., Ltd., Masda has specialized in sheet metal automation for twenty years. As a high-tech enterprise integrating R&D, manufacturing, sales, and after-sales service, the company holds over a hundred core technology patents and serves more than 3,000 sheet metal processing clients worldwide.

For years, the brand has focused steadfastly on cold-forming sheet metal equipment rather than blindly expanding into unrelated product categories. It continuously refines its flexible bending centers, CNC punch machine, sheet metal composite machines, and intelligent production lines—products widely used in industries such as enclosures and cabinets, kitchenware, elevators, home appliances, and automotive parts.

Creating Premium Domestic Products Rooted in Practicality

Unlike expensive imported equipment, Masda’s design philosophy prioritizes a balance of performance, stability, and procurement cost. Featuring user-friendly structural designs, the equipment is easy to operate and maintain.
The products are CE certified and support OEM services as well as non-standard customization, meeting export standards for overseas clients and serving as a preferred automation upgrade solution for many small and medium-sized sheet metal factories.

A Long-Term Commitment to Quality

The company upholds the principle of “creating value through quality and earning lasting customer trust.” It implements rigorous quality control across the entire production process—from welding, annealing, and machining to final assembly—ensuring stable, long-term operation during mass production.

Upgrading Sheet Metal Stamping: How Combined Processing Helps Factories Cut Costs and Boost Efficiency

Masda — Fri, 11 Sep 2026 08:51:34 +0000

Sheet metal factory costs extend beyond equipment purchase prices to include labor, tooling, material waste, and process wait times. Traditional decentralized stamping involves fragmented processes and the back-and-forth movement of workpieces, which invisibly drives up overall production costs.
The Masda combined CNC punching, tapping, and hydraulic forming machine helps sheet metal enterprises optimize their production models through integrated processing technology.

Reducing Process Transfers and Shortening Production Cycles

In the traditional model, after the sheet metal is blanked, it must move between multiple machines—such as punch presses, tapping machines, and forming equipment. Each transfer and re-clamping operation consumes time and introduces potential positioning errors.
The Masda combined machine integrates punching, forming, tapping, and cutting. All processes are completed with a single clamping of the sheet, reducing transfer delays and shortening the overall production cycle for faster order delivery.

Lowering Tooling Investment and Handling Diverse Specifications

Orders involving a wide variety of parts in small batches are becoming increasingly common. Customizing dedicated molds for every forming operation entails high costs for procurement, storage, and maintenance.

The combined machine utilizes universal tooling to perform various forming processes, reducing investment in non-standard molds; this eliminates the need for new molds during prototyping and accelerates new product development.

Reducing Reliance on Skilled Technicians and Simplifying Maintenance

The equipment is easy to operate; standard operators can run the machine after training, helping to alleviate the industry-wide challenge of recruiting skilled technicians. The machine features an optimized structure that simplifies maintenance, allowing general maintenance staff—rather than specialized senior technicians—to handle upkeep and repairs.
Additionally, the machine can integrate with automated assembly lines and link with bending centers to create a complete, unmanned sheet metal production line, providing a one-stop automated sheet metal solution for industries such as enclosures, fire safety equipment, and office furniture.

Integrated Punching, Shearing, and Tapping Machine: Multiple Sheet Metal Processes in One Step

Masda — Thu, 10 Sep 2026 02:57:02 +0000

Traditional sheet metal processing requires multiple machines to handle tasks such as punching, corner cutting, forming (e.g., embossments), tapping, and contour cutting.

Moving workpieces between different machines consumes labor and increases the risk of positioning errors.

The Masta multifunctional composite machine integrates CNC punching, hydraulic forming, and tapping capabilities into a single unit, streamlining the sheet metal processing workflow.

Multi-Process Integration: Complex Operations Completed on a Single Machine

A single composite machine can perform a wide range of processes, including corner shearing, punching, hinge hole forming, keyhole forming, louver forming, bridge/arch forming, contour cutting, and tapping.

Tasks previously distributed across multiple machines are now fully completed on this single unit after the sheet is loaded; this minimizes errors caused by workpiece transfer and re-clamping, thereby enhancing dimensional stability.

Multi-Process Integration: Complex Operations Completed on a Single Machine

Rapid Prototyping: Efficiently Handling High-Mix Orders

The machine features convenient programming, enabling prototyping in five minutes and the start of batch production in ten minutes.

When switching between different sheet metal products—such as chassis, cabinets, or ventilation equipment—operators simply select the corresponding program without needing to change multiple sets of tooling.

Compared to traditional multi-machine production lines, this system significantly reduces tooling investment and labor costs associated with material handling.

Optimized Tooling Structure: Minimizing Downtime

The machine utilizes an optimized universal tooling structure that eliminates positioning errors associated with the rotation found in standard turret punch presses. By removing the need for tool rotation and changeovers, punching efficiency is dramatically increased.

The machine’s simple design allows for maintenance by standard technicians, and the use of highly interchangeable parts helps lower long-term maintenance costs.

How to Choose Bending Equipment for Sheet Metal Cabinets? Understanding the Value of Flexible Bending Centers

Masda — Thu, 03 Sep 2026 06:33:39 +0000

Sheet metal manufacturers producing electrical cabinets, fire safety cabinets, stainless steel enclosures, and metal furniture often face several pain points: difficulty recruiting skilled operators, inconsistent bending results, long setup times when switching products, and uneven assembly gaps.

The Masda Flexible Bending Center offers solutions tailored to these specific challenges in cabinet production.

Solving the Problem of Inconsistent Bending Angles

Traditional bending relies on operator experience to compensate for material springback; variations between shifts or operators often lead to angular deviations in the finished product, resulting in large assembly gaps and high rework rates.

The Masda Flexible Bending Center utilizes full-servo CNC control with built-in springback compensation, ensuring uniform bending angles across the entire batch. This results in superior assembly fit and reduces the need for subsequent grinding and rework.

Suitable for Processing Various Thin-Gauge Materials

The equipment handles thin sheets (0.2–1.5 mm) such as carbon steel, stainless steel, and galvanized steel. Depending on the model, it supports maximum workpiece widths ranging from 1,200 mm to 3,200 mm. The standard bending flange height is 160 mm, with optional extensions to 280–300 mm, meeting the production requirements for most cabinets, door panels, and enclosure components.

Handling Both Small-Batch and High-Volume Orders

To address the trend of fragmented orders, the system allows for rapid product switching by simply loading the corresponding workpiece program—eliminating the need for frequent tool changes.

Additionally, the Masda Bending Center supports integration with robotic arms to create fully automated sheet metal production lines, accommodating everything from small-batch prototyping to mass production.

Whether for expanding a new facility or upgrading an existing line, manufacturers can select the appropriate model—available in sizes such as 1,200, 1,600, 2,000, 2,500, and 3,200 mm—based on their specific workpiece dimensions.

Welding machine bed and annealing process, the secret of long-term stable bending center accuracy

Masda — Sun, 30 Aug 2026 07:56:20 +0000

Many sheet metal factories encounter bending angle drift and dimensional deviations that occur after the equipment has been used for a period of time. The core reason is that the residual stress in the machine tool bed is released and deforms.

Masda Bending Center controls the risk of deformation from the manufacturing source of the machine tool body to ensure long-term accuracy and stability of the equipment.

Complete welding structure machine tool processing link

The base and columns of the whole machine are all made of steel plate welded structure. The raw materials entering the factory are strictly inspected for thickness, material and flatness.

After laser cutting, leveling and bevel processing, special fixtures are used for positioning and assembly, and carbon dioxide shielded welding and submerged arc welding are used to complete the complete machine welding. After welding, clean the welding slag, polish the weld, and eliminate surface defects caused by welding.

Post-weld annealing to release internal stress in the fuselage

After the welding is completed, the entire machine frame is sent to the tempering furnace for low-temperature annealing and stress relief treatment, which replaces the traditional natural aging process of castings, fully releases the welding residual stress, and avoids the fuselage deformation caused by post-processing and long-term operation from the source.

The frame is then sandblasted and shot-blasted, and sprayed with anti-rust primer to provide anti-corrosion protection.

Precision machining and strict testing of complete machines

The frame enters the CNC gantry milling machine for rough machining and finishing, and the guide rails and screw rod installation datum surfaces are milled and ground to strictly control the parallelism and verticality of the whole machine.

After the assembly of the whole machine is completed, a full-load load test and continuous running machine re-inspection are carried out. Only when the accuracy reaches the standard is it allowed to leave the factory.

Solid manufacturing technology ensures the long-term bending accuracy of the equipment and reduces customers’ later maintenance costs.

Flexible Bending Center: Redefining Box-Type Bending Processes

Masda — Sat, 22 Aug 2026 08:44:24 +0000

Box-type products—such as sheet metal cabinets, electrical enclosures, and filing cabinets—demand high standards for bending consistency, mark-free finishes, and rapid changeover capabilities. The

Masda Flexible Bending Center utilizes a servo-driven swinging bending process. This breaks away from traditional methods that rely on specialized tooling and manual part flipping, offering a revolutionary solution for thin-gauge sheet metal processing.

Multi-Side Bending with Single-Positioning

Once the sheet is placed on the worktable, it is positioned and clamped by suction cups. Using universal bending blades, the machine performs various forming operations—including upward and downward bending, arc bending, and hem bending—all within a single clamping cycle. No manual flipping is required, and the bending speed reaches 0.2 seconds per stroke.

The system ensures stable processing for carbon steel, stainless steel, and galvanized sheet metal, leaving no marks on the surface and significantly enhancing the visual quality of the finished product.

Minimal Tooling Changes for High-Mix Production

Traditional bending processes require machine downtime to change tools and adjust parameters when switching between different workpiece specifications, resulting in significant time loss.

The Masda Bending Center relies on program switching; a single set of universal tools can handle workpieces of various angles and dimensions, dramatically improving efficiency when switching between small-batch orders. Operators require only basic training, eliminating the over-reliance on highly skilled bending specialists.

Multiple Models to Suit Diverse Production Needs

The lineup ranges from the compact MSD-1200 to the large-format MSD-3200, as well as the compact 2000F and 1250F models, accommodating a wide range of workpiece sizes.

The equipment features interfaces for unmanned production lines, allowing for integration with robotic arms to create automated sheet metal production lines and helping factories upgrade their production capacity.

Why Choose the Masda Bending Center? Understanding the Manufacturing Excellence Behind the Equipment

Masda — Fri, 21 Aug 2026 08:15:48 +0000

When purchasing a bending center, customers prioritize precision stability, resistance to deformation, and long-term durability—qualities rooted in the unseen, comprehensive manufacturing process of the machine body.

Masda’s welded-structure machines utilize a standardized manufacturing workflow to deliver durable, high-precision, and flexible bending solutions.

Stress-Relief Processing: Preventing Precision Drift

Precision drift often observed after a period of use stems primarily from residual internal stress within the machine body. After welding, Masda machine frames undergo low-temperature annealing in a tempering furnace to relieve stress. Unlike simple natural aging methods, this process eliminates the root causes of deformation, ensuring consistent bending angles for workpieces such as cabinets and electrical enclosures over the long term.

Precision Machining: Safeguarding Core Bending Tolerances

Following cutting, leveling, welding, and anti-corrosion sandblasting, the machine bed proceeds to rough and finish machining stages. Mounting surfaces for guide rails and ball screws undergo precision milling and grinding on gantry machines, with strict control over parallelism and perpendicularity—forming the hardware foundation for the bending center’s ability to execute precise multi-side bending.

Comprehensive Testing: Meeting Production Standards Upon Delivery

Assembly is completed after painting, but the process goes far beyond simple assembly before shipment. Each bending center undergoes rigorous testing, including load testing, continuous operation cycles (from no-load to full-load), and multiple precision re-checks. Only units that pass every test are approved for packaging and shipment.

This rigorous, comprehensive manufacturing process makes Masda bending centers ideal for batch production across various sectors—including cabinets, enclosures, and kitchenware. By minimizing future malfunctions and reducing maintenance costs, Masda creates long-term value for sheet metal fabrication facilities.