News

The sheet metal manufacturing industry is accelerating its upgrade toward flexibility and automation.

Masda — Mon, 17 Aug 2026 03:49:48 +0000

As core intelligent equipment for flexible sheet metal production, flexible bending centers are widely used in sectors such as energy storage cabinets, equipment enclosures, commercial kitchenware, elevator components, medical device housings, and sheet metal parts for new energy applications.

When purchasing flexible bending centers, many sheet metal manufacturers currently face numerous pain points regarding imported equipment: high acquisition costs, long delivery lead times, and expensive spare parts and maintenance. Meanwhile, some domestic alternatives suffer from insufficient precision, poor stability during continuous operation, and slow after-sales response times.
As a leading Chinese manufacturer of flexible bending centers with over two decades of experience in R&D and production, Masda handles the entire process in-house—from machine design and precision machining of core components to final assembly and testing—resulting in comprehensive performance that rivals mainstream international brands.

The company maintains multiple offices and service outlets across China and abroad, providing local, integrated services that include equipment selection, process prototyping, installation and training, and after-sales maintenance.
Traditional bending machines rely heavily on skilled operators; handling orders characterized by high variety, small batches, and frequent changeovers involves tedious tool swapping and time-consuming machine adjustments, making it difficult to ensure consistent bending quality.
While imported flexible bending centers feature mature technology, issues such as high procurement costs, long delivery times, and expensive spare parts hinder the intelligent transformation of many sheet metal enterprises.
Foshan Masda ensures equipment precision and operational reliability by controlling quality at the component level.

Leveraging over twenty years of technical expertise in the sheet metal equipment industry, its flexible bending centers feature a full-servo, multi-axis linkage control system and integrate core algorithms for intelligent spring-back compensation, deflection compensation, and automatic sheet recognition. A single set of bending tools enables the completion of complex forming processes, including multi-angle bending, arc bending, and hem bending.
Switching between orders requires no frequent tool changes, drastically reducing setup times and lessening reliance on highly skilled bending operators. The equipment’s bending precision, repeatability, and capacity for long-term continuous production rival those of mainstream international brands.

How to Choose a Bending Center Manufacturer?

Masda — Wed, 12 Aug 2026 03:25:47 +0000

Summary: Bending centers are core intelligent equipment in the sheet metal processing sector; the market was long dominated by imported brands. With the rapid rise of domestic manufacturing, however, Chinese-made high-end bending centers have achieved significant technological breakthroughs.

This article outlines the key criteria for selecting a bending center manufacturer and analyzes the advantages of leading domestic companies in the context of the current industry landscape.

一、 Industry Status: The Rise of Domestic Players Breaking the Import Monopoly

In the field of intelligent sheet metal manufacturing, bending centers are widely used—across sectors such as enclosures and cabinets, new energy equipment housings, medical devices, elevator components, and kitchenware—thanks to advantages like automated feeding, automatic bending/forming, and reduced reliance on operator experience. They are ideally suited for the production of diverse, small-batch sheet metal orders.

二. Five Key Criteria for Evaluating Bending Center Manufacturers

Purchasing a bending center represents a significant investment in fixed assets. Decisions should not be based solely on price; instead, a comprehensive evaluation should cover five dimensions: R&D and manufacturing capabilities, equipment technical performance, processing versatility, after-sales service, and project track record.

1. Assess the Manufacturer’s Core Strength: Prioritize Large-Scale Original Manufacturers

Bending centers are high-precision intelligent machines that demand rigorous standards for machining processes, assembly, and testing capabilities. It is advisable to prioritize large-scale original manufacturers that possess their own production bases and precision machining lines, and that have a long history in the industry. As a major domestic manufacturer,

Masda boasts over twenty years of experience in producing sheet metal processing equipment, with a specific focus on the door manufacturing industry.

2. Evaluate Core Technology and Equipment Stability: Look Beyond Specifications on Paper

Some manufacturers promote impressive specifications, yet their equipment may suffer from precision degradation after prolonged continuous operation. Key areas to examine include: the machine body’s stress-relief aging process, servo drive systems, bending compensation technology, and the openness of the control system.
Masda is deeply committed to the R&D of bending center technology, mastering the full suite of core mechanical and control technologies. Holding numerous patents, the company has built significant technical expertise in areas such as repetitive positioning accuracy, continuous operational stability, and the flexible bending of complex workpieces; its equipment performance rivals that of mainstream international brands.

3. Assess adaptability to operating conditions and suitability for your specific workpieces

When selecting a model, avoid blindly pursuing high-end specifications; instead, base your choice on actual production conditions—such as common sheet materials and thicknesses, workpiece dimensions, bending sequences, and order batch sizes. Reliable manufacturers offer recommendations tailored to your specific workpieces and allow for on-site trial bending, enabling you to directly verify the equipment’s actual processing performance.

4. Evaluate the after-sales service system to ensure stable production line operation

A bending center is a core piece of production equipment; any breakdown or downtime results in a direct loss of production capacity. Imported brands often suffer from issues such as long lead times for spare parts and high costs for on-site service.
Leading manufacturers offer distinct advantages: they maintain localized service teams and ample spare parts inventory, providing comprehensive lifecycle support that includes installation and commissioning, operator training, regular inspections, and rapid troubleshooting responses.
Masda has established a robust after-sales service system, offering a one-stop solution that includes process sampling, equipment training, remote maintenance, and on-site repairs, thereby helping enterprises minimize long-term operational and maintenance risks.

5. Examine real-world implementations and market feedback

Assess whether the manufacturer has a significant number of clients in your industry. Reviewing on-site applications by similar clients provides insight into the equipment’s performance during long-term operation—offering far greater practical value than promotional materials alone.

Auspicious Start to the Year of the Horse | Masda Embarks on a New Journey, May Everything Prosper!

Masda — Tue, 28 Jul 2026 08:44:58 +0000

The Lunar New Year marks the joyous start of work! Saying goodbye to the warmth and rest of the Spring Festival, all Masda colleagues, full of enthusiasm and expectations, officially return to their posts, embarking on a new journey with the spirit of the dragon and horse, and writing a new chapter of intelligent manufacturing brilliance through hard work and perseverance!

The Opening Ceremony Commences, Uniting Hearts and Minds for a New Journey

Amidst joyful applause and high hopes, the opening ceremony officially commenced.

“Rest is for a better start, and the start of work is the clarion call to charge!” The leader stated in his speech, emphasizing that from domestic workshops to overseas markets, Masda has won customer trust with its core quality and driven industry upgrades through technological innovation; in the new year, together they will write a new chapter of high-quality development for Masda.

The Year of the Horse Begins, Intelligent Manufacturing Empowers Outstanding Achievements

The Year of the Horse (2026) is a year full of opportunities and challenges, and also a crucial year for Masda to deepen its intelligent manufacturing and expand globally. As a leader in intelligent flexible bending, Masda has always focused on technological innovation and customer needs, deeply cultivating the sheet metal processing fields such as electrical boxes and cabinets, and door manufacturing. Its products are sold to more than 20 countries and regions worldwide, becoming a “global calling card” for Chinese intelligent manufacturing.

In the new year, Masda will leverage the momentum of the Year of the Horse to continue its efforts in three key areas, achieving new heights in development:

Deepening Technological Innovation: Focusing on core technologies of intelligent flexible bending, optimizing product performance, upgrading equipment intelligence, and addressing the core pain points of sheet metal processing—”saving labor, increasing capacity, and refining processes”—to launch customized solutions that better meet the needs of global customers.

Expanding Global Markets: Continuing to cultivate overseas markets, improving the localized service system, adapting to the production standards and needs of different regions, conquering global customers with superior quality, enhancing the international influence of Chinese intelligent manufacturing, and practicing the development philosophy of co-creation and innovation.

Strengthening Team Power: We focus on talent development and team building, providing employees with a broader platform for growth. We aim to build a professional, efficient, and cohesive core team to provide customers with higher-quality products and services, achieving mutual growth for both the company and its employees.

Grateful for Partners, Building a Brighter Future Together

Through hard work and shared success, we have grown together. Every achievement in the past is inseparable from the joint efforts of all Masda employees, the trust and support of customers at home and abroad, and the collaborative partnership with our partners.

In the Year of the Horse, 2026, a new journey begins, and our original aspirations remain unchanged. Masda will continue to focus on producing high-quality equipment and serving every customer with dedication. With higher-quality products, more professional services, and stronger capabilities, we will work hand in hand with all our partners for mutual benefit and win-win results. We will take the lead in the intelligent manufacturing field, jointly building new industry benchmarks and creating a brighter future together!

Finally, all of us at Masda extend our sincerest blessings to all our clients, partners, and friends from all walks of life: Wishing you all a prosperous Year of the Horse 2026, with success and all things going smoothly!

May your businesses flourish, your wealth increase, your careers soar, and your achievements be phenomenal!

In the new year, we will give our all, living up to your expectations and the hopes placed upon us!

Door Industry Sheet Metal Gap Bending Challenge: Masda Smart Flexible Center, Solving Precision and Efficiency Pain Points!

Masda — Tue, 28 Jul 2026 03:13:39 +0000

Entering any production workshop in the door manufacturing industry (such as anti-theft doors, interior doors, fire doors, etc.), the precision bending of sheet metal seams is a “critical link” that determines product quality. Precision bending refers to the process of creating precise height differences (such as door frame steps, door panel reinforcement seams, and locking hole edge stops) on door panels and frames through bending techniques, which directly impacts the door’s sealing performance, durability, and visual texture.

The efficiency bottleneck in segmented bending processing fundamentally stems from “long changeover time, excessive manual intervention, and slow complex segmented bending.

” Masda’s intelligent flexible bending center completely breaks these bottlenecks through two technological breakthroughs: first, the automatic segmented bending sequence planning function, which optimizes bending paths based on the geometric shapes and height differences of metal sheet segments, avoiding ineffective movements and reducing bending time by over 40% compared to traditional equipment;

Second, 24-hour continuous operation capability far surpassing manual and robotic systems, particularly ideal for urgent orders in high-end metal sectors and customized production, significantly shortening delivery cycles.

The precision of the door panel’s segment gap directly determines the sealing performance (uneven segment gaps can lead to air and dust leakage), structural integrity (segment gap deviations affect joint strength), and surface texture (surface creases and dimensional deviations impact the paint spraying effect). With its graphical programming technology, the Masda Intelligent Flexible Bending Center completely eliminates quality risks caused by manual adjustments: The machine is equipped with a dedicated bending system capable of storing thousands of files for instant retrieval without any lag.

Paired with servo motor control, it maintains consistent segment gap precision and surface texture even during long-term processing of door panels with varying thicknesses and materials (cold-rolled steel, stainless steel), thoroughly resolving the issues of traditional equipment such as “batch-to-batch precision variations,” “non-parallel segment gaps,” and “deep surface creases.”.

The Masda Intelligent Flexible Bending Center is not just a step difference processing equipment, but more like the “intelligent hub” of the door and window industry. Through digital and automated technologies, it achieves an optimal balance in efficiency, precision, and cost for step difference processes, addressing the pain points of traditional manufacturing while aligning with the industry’s trend toward customization and high-end development.

For door and window manufacturing plants seeking quality upgrades and production breakthroughs, choosing the Masda Intelligent Flexible Bending Center is undoubtedly a crucial step in capturing the high-end market and achieving sustainable development.

Bending Processes for Electrical boxes: The Advantages of the Masda Intelligent Flexible Bending Center.

Masda — Thu, 16 Jul 2026 07:57:56 +0000

In any electrical boxes manufacturing workshop, the bending process is a critical factor determining product quality and delivery efficiency. The evolution of equipment—from traditional manual bending machines reliant on human labor to semi-automated robotic arm systems, and now to the Masda Intelligent Flexible Bending Center, a leader in smart manufacturing—has fundamentally reshaped the production landscape.

Masda Bending Center: A "Fully Intelligent" Powerhouse for Sheet Metal Processing

The bending center’s workspace stands out as a benchmark station within the workshop. Operators simply place the sheet metal onto the table and input parameters—such as bending height, thickness, angle, and precision—via the computer interface.

The machine then automatically executes the entire workflow—positioning, bending, and unloading—without requiring manual intervention. Even when frequently switching between orders with diverse specifications, there is no need to dismantle or change molds; the proprietary system stores thousands of files that can be instantly retrieved without system lag. Setup and changeover times are reduced to under one minute, enabling truly seamless production transitions.

Flexible Adaptability: From "Single-Task Processing" to "Comprehensive Scenario Coverage"

As the electrical boxes industry accelerates its evolution, complex shapes, diverse materials, and small-batch orders have become the norm, making the flexibility of the Masda Bending Center increasingly valuable.

The equipment supports a wide range of processes—including continuous arc bending, upward and downward hemming, reverse hemming, and hem flattening—allowing it to easily handle the complex internal structures of smart power distribution cabinets and the sealed designs of energy storage cabinets without requiring specialized tooling changes.

For components of varying specifications—such as enclosure doors, side panels, and crossbeams—production begins simply by selecting a preset program from the parameter library.

General workers can operate the machine after just two days of training, significantly reducing reliance on highly skilled technicians and addressing industry pain points regarding recruitment difficulties and high labor costs.

Intelligent bending represents the inevitable future of electrical boxes manufacturing.

The Masda Bending Center is more than just a piece of processing equipment; it serves as the “intelligent hub” of electrical boxes production. By leveraging digital and automation technologies, it achieves an optimal balance of efficiency, precision, and cost-effectiveness in the bending process.

For manufacturing enterprises seeking to upgrade quality and boost production capacity, choosing the Masda intelligent flexible bending center is undoubtedly a crucial step toward gaining a competitive edge in the market.

Want Seamless Filing Cabinets? Try a Bending Center

Masda — Sun, 12 Jul 2026 16:12:31 +0000

Forming the Main Cabinet Body

A bending center is ideal for producing the main body of a filing cabinet. Using automated CNC control, it bends a single sheet of metal into a U‑shaped or box‑like structure, forming the back, sides, top, and bottom in one continuous process. Unlike traditional press brakes that require multiple setups and manual repositioning, the bending center completes the entire body in a single loading. This eliminates welding and riveting, creating a seamless, rigid structure that is both strong and visually clean.

Processing Drawers and Internal Components

File cabinet drawers require precise bends for smooth sliding and long‑term durability. A bending center produces drawer bodies with consistent 90‑degree angles, interlocking corners, and reinforced edges. It also efficiently processes internal guides, hanging rails, and divider plates. With high-speed positioning and servo-controlled precision, the machine ensures each bend is accurate and repeatable. Its intelligent software stores dozens of drawer profiles, allowing instant switching between different sizes and designs without manual reconfiguration. This makes it ideal for batch production of varied drawer configurations.

Key Benefits for Filing Cabinet Manufacturers

Using a bending center for filing cabinet production offers three major advantages. First, it significantly reduces labor costs: one operator can run multiple machines, while traditional methods require skilled workers for each press brake. Second, it ensures consistent quality across thousands of units, with every bend angle and dimension matching exactly. Third, it minimizes material waste through optimized nesting and automatic collision avoidance. For manufacturers looking to increase output, lower rework rates, and deliver uniform products, the bending center is a proven solution.

Overseas Workshop Photos | Masda Bending Center: Conquering Global Sheet Metal Plants with Its Strength!

Masda — Sat, 04 Jul 2026 20:12:44 +0000

As “Made in China” smart manufacturing goes global, Masda’s intelligent flexible bending centers have already taken root in sheet metal workshops in many countries around the world, becoming a “core tool” for overseas manufacturers to solve labor shortages, insufficient production capacity, and substandard processes.

Core Advantages

From the stringent precision requirements of countries like Russia, Turkey, and Spain, to the production capacity and labor shortages in South Africa and Egypt, the core reason why Masda’s intelligent flexible bending centers have conquered global overseas sheet metal plants lies in their three core advantages: “labor-saving, high production capacity, and refined processes.”

一、Labor Savings: One person, multiple machines. Masda’s intelligent flexible bending centers completely break away from “manual dependence,” achieving fully automated operation—from sheet metal positioning and bending to unloading, no manual intervention is required. Only one operator can manage 2-3 machines simultaneously, directly replacing 6-8 traditional manual bending workers.

Meanwhile, the equipment has an extremely low barrier to entry; ordinary workers can start working after just two days of training, eliminating the need for experienced technicians. This effectively solves the core pain points of overseas manufacturers: “difficulty in recruiting, high labor costs, and high staff turnover,” significantly reducing labor and management costs. This is one of Masda’s core competitive advantages over traditional equipment in overseas markets.

二、Increased Capacity: Seamless Changeover, Doubling Capacity

Masda’s intelligent flexible bending center achieves a leap in capacity through three major technological breakthroughs: First, automatic bending sequence planning intelligently avoids mold interference. Second, customizable robotic arms allow for 360-degree pressure-free rotation without manual sheet metal flipping.

三、Professional Process: Precise and Controllable, Meeting Stringent International Standards

In overseas markets, Masda’s intelligent flexible bending center utilizes digital technology to create a “high-precision processing closed loop,” with graphical programming, allowing for adjustment of processing precision on a computer and simulation of the final bending effect.

Overseas Reputation

Today, Masda’s intelligent flexible bending centers are exported to more than 20 countries and regions, including Thailand, Vietnam, India, Malaysia, Cambodia, Russia, Turkey, Spain, Australia, South Africa, and Egypt. They are widely used in overseas electrical boxes and cabinets, door manufacturing, filing cabinets, and other fields, driving Chinese bending equipment to more than 100 countries and regions worldwide.

For overseas sheet metal factories, choosing Masda’s intelligent flexible bending centers is not just choosing a highly efficient and precise bending machine, but also choosing a comprehensive solution that “reduces costs, increases efficiency, and improves quality,” propelling Chinese sheet metal processing technology onto the global stage and showcasing the global competitiveness of “Made in China.”

Masda CNC Punch Machine- Countersunk Hole Process

Masda — Mon, 29 Jun 2026 09:04:18 +0000

1. The Origin and Technological Development of Countersunk Hole Process

The countersunk hole process develops with the demand for precision assembly. CNC punch presses use multi-stage stamping or rotation processing technology to make the screw head flush with the sheet metal surface, improving the aesthetics and stability of the assembly.

2. Application scenarios:

Suitable for high-demand scenarios such as precision instrument housings, electronic equipment panels, and automotive parts.
The materials are mainly aluminum alloy, stainless steel, and high-strength plastic plates, with a thickness of usually 1-4mm. It is necessary to ensure that the depth of the countersunk hole matches the screw.

3. Function:

Screw hiding: The countersunk hole pricess accommodates the screw head to avoid protrusion that affects the appearance and operation.
Structural reinforcement: Evenly distributed countersunk holes improve the strength of sheet metal connections and prevent stress concentration.
Seal compatibility: The flush surface facilitates the installation of seals and is suitable for waterproof and dustproof environments.

4.Forming process:

Positioning and pre-punching: The CNC system accurately locates the hole position and punches the basic round hole first.
Countersinking: Multi-stage stamping: gradually enlarge the hole diameter and tilt the side wall through a stepped punch;
Rotational forming: use a rotary tool to cut the side wall to form a tapered countersink.
Depth control: adjust the stamping depth according to the screw specifications to ensure that the countersink and the screw are fully matched.
Surface treatment: clean the residual debris in the hole to ensure smooth screwing of the screw.

Technical advantages: high-precision countersinking angle (±1°), suitable for various fasteners; reduce subsequent grinding processes and improve production efficiency; compatible with automated assembly lines and reduce the need for manual intervention.

Masda Automatic Bending Machine – Upper Bending and Lower Bending Process

Masda — Sun, 21 Jun 2026 14:29:59 +0000

In the field of sheet metal processing, bending is the key process to shape flat metal into the required angle.Masda autoamtic bending machine uses two core processes, upper bending (Air Bending) and lower bending (Bottoming/Coining), to give various sheet metal parts precise shapes. It is crucial to understand their differences.

The origin of upper bending and lower bending:

Both processes are derived from traditional bending needs, and are constantly improving with the development of CNC technology and precision molds:

Air Bending: The most commonly used and most flexible process.

When bending, the upper die (punch) presses the sheet into the lower die (V-groove), but does not touch the bottom of the lower die, and the sheet relies on elastic deformation to form an angle.

The angle is controlled by the depth of the punch entering the lower die.

Bottoming/Coining: The choice when high precision is required.

When bending, the upper die is completely pressed into the lower die, so that the sheet undergoes plastic deformation under the strong pressure of the upper and lower dies, and is formed close to the mold surface.

Coining is a more extreme form of folding, with great pressure to eliminate springback.

Application scenarios (typical materials):

Two processes are widely used for bending various types of metal sheets:

Carbon steel sheets (SPCC, SECC, etc.): General first choice, both processes are applicable.

Stainless steel sheets (SUS304, SUS430, etc.): Commonly used for folding, and folding down for high precision requirements (pay attention to material hardening).

Aluminum sheets (5052, 6061, etc.): Commonly used for folding up (large springback), folding down to control springback.

Galvanized sheets, copper sheets, etc.

Forming principle:

Programming setting: Engineers input material parameters, target angles, bending lengths, etc. in the Masda bending machine control system.

Upward bending: Mainly set the precise pressing depth (Y axis).

Downward bending/precision pressing: Set the precise pressing depth (need to the bottom) and apply huge bending pressure.

Mold selection: Select appropriate upper and lower molds (V-groove width, mold tip R angle, etc.) according to plate thickness, material, angle and process.

Positioning and clamping: The back gauge (X, R axis) of the Masda bending machine accurately positions the plate, and the pressing cylinder (hydraulic or electric) provides stable clamping force.

Summary:

Upward folding has become the mainstream choice due to its flexibility and efficiency, while downward folding/precision pressing is irreplaceable in scenarios requiring ultra-high precision and consistency.

With its excellent performance and precise control, Masda CNC bending machines perfectly control these two key processes, providing efficient and precise bending solutions for various sheet metal materials such as carbon steel, stainless steel, and aluminum, and are a strong backing for you to improve product quality and productivity.

Masda CNC Punching Machine – Knock-out Hole Process

Masda — Fri, 19 Jun 2026 07:33:46 +0000

The knock-out hole process originated from the assembly requirements of electrical boxes and chassis.

Traditional manual hole opening is inefficient and has poor precision. Masda CNC Punching Machine realizes standardized and modular installation by prefabricating holes with connecting plates.

I.Application scenarios:

It is mainly used in distribution boxes, control cabinets, communication equipment chassis and other components that require reserved installation holes.

Applicable materials are mainly cold-rolled plates and galvanized plates with a thickness of ≥1.2mm to ensure that the connecting plates have sufficient strength.

II.Function:

Reserved installation position: knock-out holes process with thin sheet connections is convenient for subsequent installation of cable connectors, bolts, etc.
Modular design: Standardized hole positions improve assembly compatibility and reduce secondary processing costs.

Protection function: Before installation, the connecting plate closes the hole position to prevent foreign matter from entering the interior.

III.Forming process:

Mold design: A “punch + die” combination is adopted, and the bottom of the punch has a ring cutter to cut the material during punching but not completely separate it.
Stamping: After the CNC punch press is positioned, the punch presses down to cut out the hole outline, and the connecting piece is connected to the plate through the weak point.
Knock out the thin sheet: During installation, the connecting piece is knocked by external force to break it off, forming a complete hole position.
Edge treatment: Remove burrs on the edge of the hole to ensure smooth passage of the installation parts.
Technical advantages: Reduce assembly time, no additional drilling process required; avoid hole position deviation and improve installation success rate; adapt to different hole diameter requirements, and the mold can be quickly replaced