To comprehensively review the achievements of sales operations in 2025, systematically deploy development objectives for the coming year, and further align thinking and build consensus, Derateck recently held its 2025 Sales Summary Conference & Awards Ceremony in grand fashion. Centered on the theme “Ride the Wind with Dreams, Live Up to Our Prime,” the conference reviewed the key milestones achieved over the past year, conducted in-depth analysis of industry trends and market opportunities, clarified strategic directions for 2026, and recognized outstanding teams and individuals for their exceptional performance.

Reviewing Achievements and Strengthening the Foundation for High-Quality Growth

At the conference, Chairman Lixin Wang delivered a comprehensive review of Derateck’s overall operational and sales performance in 2025, along with an in-depth analysis of the competitive market landscape. He noted that amid a complex and rapidly changing market environment and increasingly intense industry competition, Derateck will adhere to a development strategy of seeking progress while maintaining stability in 2026. The company will continue to focus on core products and key markets, steadily advancing in the fields of press brakes, laser cutting, punch-shear combination machines, and automation solutions, further enhancing brand influence and market recognition.

Gaining Insight into Trends and Clarifying Strategic Direction

Focusing on industry and market development, multiple department heads delivered thematic presentations from different perspectives, covering key topics such as domestic and overseas market conditions, industry trends, competitive analysis, as well as market opportunities and challenges for 2026.

The head of overseas markets provided a comprehensive overview of the current international market environment, regional demand shifts, and key market opportunities, offering clear guidance for future business deployment. Subsequently, the conference entered a forward-looking industry analysis segment. By integrating industry development trends and competitor dynamics, regional sales directors conducted in-depth discussions on current challenges and opportunities, while highlighting potential growth areas and strategic priorities for 2026. These discussions helped clarify development pathways and further unify strategic consensus.

During the case-sharing session, sales representatives from various regions presented in-depth analyses of major customer projects and representative application cases. Based on real-world implementation results, they demonstrated the practical value and competitiveness of Derateck’s products and solutions in the market, providing strong support for future replication and experience sharing.

Strengthening Support and Building a Collaborative Combat System

With “product marketing strategy and after-sales support” as a core theme, the second half of the conference focused on the coordinated enhancement of product strength and service capability. Relevant leaders introduced key product lines—including press brakes, laser and automation solutions, CNC punching machines, and panel bending centers—and elaborated on their competitive advantages and market strategies through typical application scenarios.

On the product side, the technical strengths and application scenarios of Derateck’s press brake portfolio were systematically reviewed. From performance upgrades to solution matching, product positioning for diverse customer needs was further clarified. Regarding the development direction of laser and automation products, speakers combined market application trends to share in depth the real value of automation solutions in improving production efficiency and reducing labor costs, showcasing Derateck’s continuous investment and technical accumulation in the field of intelligent manufacturing.

In terms of composite processing and efficiency enhancement, presentations on CNC punching machines and panel bending centers highlighted the importance of integrated and highly efficient equipment in modern sheet metal fabrication, emphasizing customer value and application scenarios. At the same time, Derateck’s comprehensive after-sales service support system was introduced, underscoring service as a key pillar in ensuring stable equipment operation and supporting customers’ long-term development. Driven by the dual engines of products and services, a solid foundation was laid for market expansion and deeper customer collaboration.

During the sales empowerment segment, the marketing and finance departments jointly conducted systematic training sessions tailored for 2026. The training covered the new pricing system, technical solution planning, sales policies, and key financial regulations. Through clear explanations and focused interpretation, the sales team further aligned understanding, clarified rules, and strengthened execution capabilities, laying a solid foundation for market expansion and business growth in 2026.

Honoring Excellence and Uniting the Strength to Move Forward

The evening awards ceremony brought the conference atmosphere to its peak. Derateck honored outstanding individuals and teams for their performance in 2025, with awards including Top Three Sales Awards, Outstanding Sales Award, Sales Team Award, Best Newcomer Award, Automation Excellence Award, and Production Line Excellence Award.

Behind each honor lies the dedication of Derateck’s sales professionals to deep market cultivation and their long-term commitment to meeting customer needs. By recognizing excellence and setting benchmarks, the company further ignited the passion and motivation of all employees to strive for excellence and achieve new goals.

Uniting Hearts and Minds to Embark on a New Journey

Only by riding the wind with dreams can we move forward with confidence; only by living up to our prime can we reach new heights. Standing at a new starting point, Derateck will continue to deepen its strategic layout, steadfastly advance product upgrades, technological innovation, and service capability development, and continuously refine its end-to-end intelligent sheet metal solutions—moving forward together toward a new chapter of growth.

In actual production, sheet metal punching, forming, and shearing are often divided into multiple independent processes. Punching is completed on a press, while cutting is handled by a separate shearing machine. Frequent transfers between different machines not only increase labor involvement and logistics costs, but also introduce cumulative positioning errors due to repeated setups, becoming a key factor limiting production efficiency and processing consistency.

Derateck SAP3 1550 punching and shearing compound machine was developed precisely in response to these real-world production conditions. By integrating a CNC turret punch and a CNC right-angle shear onto a single platform and sharing one CNC control system and feeding system, the machine enables punching, forming, and shearing to be completed continuously with a single clamping and a single positioning. This significantly shortens the overall process flow, greatly reduces material handling and repeated positioning, and lays a solid foundation for improving overall productivity and machining stability.

At the automation level, the SAP3 1550 is equipped with a sorting and discharge system that automatically classifies and outputs finished parts after processing. This reduces manual intervention and allows the machine to better adapt to continuous production rhythms. This integrated “processing + sorting” approach is particularly well suited for sheet metal applications with high demands on efficiency and takt time.

Detail-Oriented Design Serving Real Production Needs

In terms of punching and forming capability, the machine is equipped with two auto-indexing units. Multiple stations can be flexibly combined to complete punching and forming operations in various shapes, making the system well suited for multi-variety and batch production requirements.

The shearing unit features two independently mounted blade slides, each directly driven by a ball screw. This design ensures high shearing speed while effectively reducing energy consumption. The main drive system consists of a servo motor, synchronous belt, and ball screw in a direct-drive configuration, resulting in a simplified transmission chain, high reliability, and low routine maintenance requirements—helping to reduce total lifecycle costs.

From a control perspective, the blade stroke is fully programmable and can be flexibly set according to different processing tasks. This avoids unnecessary idle strokes and improves shearing efficiency. Operators only need to input the sheet thickness on the control panel, and the blade clearance is automatically adjusted, reducing manual adjustment errors while further enhancing ease of use and operational stability.

In addition, both blades support half-shearing functions, allowing the cutting length to remain unrestricted. Combined with the sheet re-positioning function, stable processing can be maintained even with narrow clamping margins, effectively improving material utilization. The discharge belt conveyor is structurally optimized for continuous output, ensuring smooth operation without material jamming and providing reliable support for uninterrupted production.

Overall, Derateck SAP3 1550 punching and shearing compound machine is not a simple aggregation of functions. Instead, it represents a systematic integration of structure, drive, and control systems based on real production workflows. By reducing process fragmentation, lowering labor dependence, and increasing the completion rate of single-cycle processing, the machine helps manufacturers achieve both higher efficiency and lower costs—without compromising processing quality.

After dedicated R&D and extensive real-world testing, Derateck officially launches the Future Series high-speed flat-bed laser cutting machines. Starting from customers’ core pain points, Derateck delivers an optimal solution that balances both efficiency and precision through four key technological advantages, empowering metal processing enterprises to break through capacity bottlenecks.

Say Goodbye to High-Speed Vibration — Precise, Stable, and Built to Last

Traditional cutting machines often suffer from vibration and positioning deviations during high-speed operation due to large inertia and cutting head instability, severely affecting product quality.

The core breakthrough of Derateck Future Series lies in its lightweight aerospace-grade extruded aluminum crossbeam. This aerospace-grade material combines exceptional strength with reduced weight. Together with a low center-of-gravity design and Derateck’s self-developed cutting head mounting structure, operating inertia is significantly reduced, ensuring smoother high-speed motion.

This design effectively eliminates cutting head vibration under high-speed conditions, allowing the cutting head to remain perfectly synchronized with the crossbeam at all times—guaranteeing consistent cutting accuracy even during rapid movements.

No More Stalling — Faster Start-Stop Response for Complex Cutting

Stuttering during complex contour cutting and slow start-stop response are key factors limiting productivity. Derateck Future Series addresses these challenges head-on with a customized high-dynamic transmission system, delivering a revolutionary processing experience.

High-precision gear reducers within the transmission system have undergone tens of thousands of durability tests, offering a service life far exceeding that of conventional reducers. Optimized transmission ratios significantly improve positioning and start-stop responsiveness, enabling smooth, uninterrupted cutting even for complex geometries.

In addition, customized high-performance servo drives are perfectly matched with high-inertia motors. The servo system works in close coordination with the cutting system, ensuring high stability and accuracy even under high acceleration. Cutting paths remain precise, completely eliminating vibration-induced deviations and ensuring every finished part meets stringent quality standards.

Resistant to Deformation — A Rigid, Durable Machine Bed

The machine bed is the “foundation” of any cutting system, and its stability directly determines machining accuracy. Derateck Future Series features a fully welded, one-piece heavy-duty bed, offering significantly enhanced rigidity and long-term resistance to deformation.

A multi-point leveling foot design allows flexible adaptation to different workshop floor conditions, effectively distributing machine stress and ensuring rock-solid stability during operation.

To address the high temperatures generated during laser cutting, heat-resistant and fireproof materials are installed specifically in the cutting zone. This prevents thermal deformation of the bed, further safeguarding machining accuracy, extending overall machine lifespan, and reducing long-term maintenance costs—making production more reliable and worry-free.

Efficiency Boost of 40%–50% — Immediate Cost Reduction and Productivity Gains

While maintaining superior quality, improving efficiency is critical to staying competitive. Derateck Future Series delivers a disruptive leap in performance:

Maximum rapid traverse speed of 150 m/min, dramatically reducing non-cutting time—especially ideal for batch processing of multiple parts

1.5G acceleration and a 7 Hz processing low-pass frequency, ensuring smoother, more continuous cutting motion

Extensive testing shows that overall processing efficiency is improved by 40%–50% compared to traditional flat-bed cutting machines. This means enterprises can meet the same production demands with fewer machines, lower operating costs, and significantly higher output—creating greater value in less time.

From robust structural design to outstanding performance, Derateck Future Series high-speed flat-bed laser cutting machines comprehensively meet modern manufacturing’s demands for precision, efficiency, and durability. Widely applicable across sheet metal fabrication, automotive components, construction machinery, and many other industries, the Future Series is the smart choice for manufacturers seeking high-efficiency production and precision machining.

Choose Derateck Future Series—choose efficiency, accuracy, and a decisive edge in tomorrow’s competitive market.

In accordance with the Notice of the General Office of the Jiangsu Provincial Government on Issuing the Action Plan for Building “Quality Jiangsu” and the Administrative Measures for “Jiangsu Premium” Certification, Derateck CNC press brake successfully passed the 2025 “Jiangsu Premium” certification after a series of procedures, including evaluation of standard advancement, credit inquiries, and certification assessment. This recognition further supports the company in transforming its “quality advantages” into “brand advantages.”

The “Jiangsu Premium” brand initiative is a pioneering effort by Jiangsu Province under the new development landscape. Benchmarking international practices and leveraging market-oriented mechanisms, the program aims to build a “golden brand” recognized in both domestic and international markets. Guided by high standards and supported by certification, the initiative conducts third-party certification for products and services that meet stringent requirements for quality and excellence, fostering a group of “Jiangsu Premium” brands characterized by independent innovation, high-end quality, superior service, strong credibility, and broad market recognition.

Taking this achievement as a new starting point, Derateck will continue to strengthen brand cultivation, further enhance product quality, deepen brand communication and promotion, and advance its corporate brand development to a higher level.

1. Why Is Anti-Freeze Protection Necessary?

During operation, the water-cooling system of a punching machine plays a critical role by dissipating heat and maintaining system stability. When temperatures fall below 0 °C, if no anti-freeze measures are taken, the cooling water may freeze and expand, leading to:

Blockage of water channels or bursting of pipelines, affecting cooling circulation;

Damage to internal components of the punch press main motor;

In severe cases, machine shutdown or even permanent equipment damage.

Therefore, anti-freeze protection is not only essential for equipment maintenance, but also a key step in ensuring production safety and continuity.

1. Recommended Anti-Freeze Measures for Different Regions

Anti-freeze solutions should be adapted to local temperature conditions:

Regions where long-term temperatures below 0 °C

It is recommended to fully fill the water chiller with industrial anti-freeze coolant, replacing the original circulating water to prevent freezing and pipe rupture. Please choose reputable brands to ensure reliable low-temperature protection and system compatibility.

Regions where temperatures are close to 0 °C

It is recommended to add 5–8 liters of anti-freeze coolant, approximately one-third of the total system capacity, and mix it with water to effectively prevent freezing. Although southern winters are generally milder, sudden cold spells can still cause freezing damage and should not be overlooked.

III. Anti-Freeze Coolant Selection & Usage Notes

Use anti-freeze coolant from reputable manufacturers; avoid automotive coolant or low-quality products.

Maintain a proper mixing ratio—too high a concentration may affect heat dissipation performance.

Regularly check anti-freeze effectiveness, especially during prolonged cold periods; a hydrometer can be used for testing.

Replacement cycle: It is recommended to replace the coolant once a year to maintain corrosion resistance and anti-freeze performance.

1. Protection Recommendations During Long-Term Shutdown

If the machine will be shut down for an extended period in winter, completely drain all circulating water from the water-cooling system to prevent residual water from freezing and damaging the system. Compressed air can be used to blow dry the pipelines and ensure no liquid remains.

HYMAC has been awarded numerous honors, including National High-Tech Enterprise, Hebei Provincial “Little Giant” Technology Enterprise, Hebei Technology-Based SME, Hebei Specialized, Refined and Innovative Enterprise, and Leading Enterprise in the Agricultural Machinery Industry. The “HYMAC” brand corn harvesters have been jointly recognized as a National User-Satisfied Brand by the China Agricultural Machinery Industry Association, the China Agricultural Mechanization Association, and the China Agricultural Machinery Distribution Association.

The company is also a participant in the formulation of national standards for corn harvesting machinery and operates the Hebei Provincial Corn Combine Harvester Technology Innovation Center. In 2022, HYMAC was awarded the Second Prize of the China Machinery Industry Science and Technology Progress Award.

Industry Challenges and Automation Demand

Bending processes for sheet metal parts in the agricultural machinery industry are typically characterized by large quantities, heavy workpieces, and complex structures. During peak farming seasons, rising machine demand often requires shift work and collaboration by two to three operators per bending station.

With increasing order volumes and the growing demand for green and sustainable manufacturing, traditional manual bending methods can no longer meet HYMAC’s production requirements or long-term development goals. Leveraging its deep expertise in automated bending solutions for the agricultural machinery industry, Derateck has delivered numerous successful projects, effectively addressing challenges such as high labor intensity and low production efficiency. By deploying robotic press brake cells, HYMAC significantly reduced labor intensity, lowered manpower requirements, and increased overall production capacity.

Press Brakes

To meet HYMAC’s single-sheet production requirements, Derateck provided two high-end and highly stable CNC press brakes: CBB-50/1650D and CBB-170/3200D.

To support HYMAC’s digitalized workshop management, the machines are equipped with the latest ESA 840R CNC system from Italy, featuring expanded digital and information interfaces. In addition, Derateck developed and implemented customized digital and information management functions, enabling seamless integration of bending cell data into HYMAC’s production management system for efficient production control and traceability.

Robot Selections

To ensure long-term, high-load production, and taking into account sheet size and weight, Derateck selected dedicated bending robots including the FANUC R-2000iC/210F and FANUC M-20iD/25 six-axis industrial robots. The operating load is controlled below 60%, ensuring stable, continuous 24/7 operation under full production conditions.

Gripper System

Based on HYMAC’s wide range of workpiece dimensions and heavy sheet weights, Derateck customized two different sets of robotic grippers for each press brake to accommodate varying part sizes.

The grippers combine multi-zone vacuum suction cups and electromagnetic grippers. For perforated and multi-hole sheet metal parts, electromagnetic or electro-permanent magnetic grippers are used to enhance gripping force and stability.

To address the diversity of sheet materials, a quick-change gripper system is employed, allowing the robot to automatically switch between different suction grippers. This significantly improves production flexibility, reduces manual labor when changing heavy grippers, minimizes downtime, and eliminates the need for re-teaching after gripper replacement. Once the gripper is changed, the corresponding program can be called directly, and suction zones are automatically selected according to the preset sheet size and bending program.

Unit Layout and Safety Design

The robotic bending unit is equipped with a FANUC six-axis robot capable of fully automated processing from raw material loading to finished bending parts. With an external worktable and quick-change gripper system, program switching and gripper replacement can be completed outside the robot’s working envelope, eliminating the need for operators to enter the robotic area.

This layout significantly improves operational safety while simplifying material loading, unloading, and routine maintenance.

Project Implementation and Results

Derateck’s automation team provided HYMAC with one-stop services, including solution planning, equipment configuration, installation and commissioning, as well as operator training. After the bending cell was officially put into production, the system quickly achieved the expected performance targets.

HYMAC robotic bending unit represents another successful application of Derateck automation solutions in the agricultural machinery industry. It effectively addresses challenges such as large sheet sizes, heavy materials, and complex perforated parts, earning high recognition from HYMAC.

Expanding Automation Capabilities

In addition to robotic bending unit, Derateck also offers a wide range of automation solutions, including flexible sheet metal processing lines, laser storage and tower systems, and automated loading and unloading systems for punching machines.

With multiple proprietary intellectual property rights and extensive project experience, Derateck remains committed to delivering high-efficiency, high-reliability products and services to customers worldwide.

Panoramic Openness: Witnessing Derateck’s Hardcore Strength

During the event, Derateck showcased its full range of sheet metal equipment to all visitors. Through detailed explanations from the on-site technical team, guests gained a clear and intuitive understanding of the craftsmanship and reliability behind “Derateck Manufacturing.”

From the precision control of the press brakes, to the seamless coordination of automated production lines, to the stable and efficient performance of laser cutting machines—Derateck’s technological capabilities were transformed into tangible, real-world experiences that further strengthened customer confidence in the brand.

Minds United: Value Resonance Through Deep Exchange

The Open House was not only a product showcase but also a deep, industry-focused dialogue on trends and technological directions. Discussions were held around bending accuracy, automation synergy, overall line efficiency, and future upgrade paths, offering valuable interactions between visiting companies and Derateck engineers.

Several enterprises expressed strong intentions for cooperation on the spot. First-time visitors, after learning about Derateck’s system and capabilities, proactively proposed follow-up testing and project discussions. Collaboration takes root through communication; trust grows through genuine exchange—this is the true value of the Open House.

Shaping the Future Together: A Shared Path of Growth

The success of the Open House reflects the strong trust of the industry as well as the joint effort of the entire Derateck team. It not only showcased the trends of enterprise upgrading but also reinforced our belief that continuous innovation, steadfast quality, and enhanced services are the only ways to move forward hand in hand with the industry in this new era.

Looking ahead, Derateck will continue to embrace openness and collaboration. Through more advanced smart bending equipment, more mature digital production line solutions, and more comprehensive full-lifecycle services, we will work together with our partners to explore the intelligent transformation of the metal forming sector—driving the industry toward higher levels of efficiency, sustainability, and intelligence.

In the metalworking industry, adopting equipment that is efficient, precise, and intelligent has become essential for enterprise development. With its leading technology and outstanding product performance, Derateck continues to deliver more efficient and smarter production solutions, empowering customers to enhance productivity and competitiveness. Today, let’s explore the innovative capabilities of the Derateck punching and cutting compound machine and discover how it can usher your manufacturing process into a new era of high-efficiency production!

Derateck LAP31550 punching and cutting compound machine supports a composite processing area of 1500 × 2500 mm. It completes multiple processes—such as punching, forming, and cutting—in a single positioning step. This eliminates material transfers and repeated positioning between different procedures, significantly shortening production cycles and greatly reducing the risk of processing errors. The machine can be optionally equipped with a multi-head tapping system, which performs tapping after forming flanges using the punching unit. With full-servo closed-loop control, it ensures precise positioning and high-quality tapping performance.

With continuous technological innovation and outstanding equipment performance, Derateck  remains at the forefront of industry development, helping enterprises move toward the new era of intelligent manufacturing. Whether it’s efficiency improvement, cost optimization, or quality assurance, Derateck is always your trusted partner!

GSS Systems (Suzhou) Co., Ltd. is a high-tech enterprise specializing in grain drying, bulk material conveying, intelligent warehousing, grain handling, silo cleaning, grain screening, auxiliary systems, inspection and measurement, smart IoT, and MRO. The company is committed to providing one-stop solutions—including product R&D, manufacturing, turnkey engineering projects, and technical consulting—for industries such as agriculture, grain and oil, food, feed, fermentation engineering, bioenergy, and port logistics.

This cooperation, established upon Derateck’s provision of intelligent manufacturing units for GSS Systems’s Phase II Smart Factory, aims to address the specific scenarios, challenges, and pain points within specialized segments of the industry. By leveraging the complementary strengths and resources of both parties, the partnership will deepen collaborative R&D, promote technological innovation and upgrades, and enhance the level of intelligent manufacturing in grain machinery. Together, both sides will work toward building more efficient and value-driven intelligent production lines, contributing actively to grain security and the sustainable development of agriculture.