SGP1000 high-efficiency deburring and edge rounding machine with belt and spiral barrel combination
SGP1000
杭州祥盛磨具制造有限公司。
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专利数量：
100+个项目
专业砂光机制造商
本公司专业从事技术行业，我们专注于砂光机的研发，为用户提供大量的选择。如果您想选择适合钣金去毛刺机、宽带磨床的生产厂家，请与我们联系。
完美的加工工艺
适用于各种材料
优质的售后服务
专业的&
值得信赖的
广泛的应用
电力零部件工业、汽车精密零部件、非金属绝缘板、摩擦材料、精密钣金制造、轨道交通设备制造、航空航天、核电等特种材料加工、工程、农业机械、，板材加工，医疗器械。
设备介绍
我们的设备适用于加工各种材料的工件，如铜、铝、不锈钢、软钢等。
SGP1000 is a high-efficiency deburring and edge rounding machine equipped with one wide abrasive belt station and four spiral abrasive barrels. It is specially designed for laser-cut, punched, and sheared metal parts, delivering consistent edge rounding and clean surface finishing in a compact, user-friendly system.
SGP1000 high-efficiency deburring and edge rounding machine with belt and spiral barrel combination
Machine description:
SG1030-NG+JS is a high-efficiency deburring, slag removal, and surface finishing machine specially designed for laser-cut metal parts, ensuring clean edges and smooth surfaces for steel, stainless steel, aluminum, and more.
SG1030-NG+JS high-efficiency deburring, slag removal & surface finishing machine for laser-cut parts
It is specially used for batch burr removal, edge blunting, surface polishing, surface drawing, etc. of laser cutting blanking parts. The core grinding station adopts up to four grinding methods, which can be used in combination to greatly improve processing efficiency.
SGPGB1000 Metal Surface and Edge All-in-One Solution
SGP1300 Wide abrasive belt head for sanding out the burrs or surface finishing,Planetary type abrasive barrel station for further edge rounding, 8 abrasive barrels (4 in clockwise rotation, and 4 in counter-clockwise rotation), and planetary rotation.
SGP1300 High efficiency deburring edge rounding and surface finishing machine
应用解决方案
切割和冲孔圆角平面工件
等离子、火焰、激光除渣
表面除锈、激光除氧
新闻
公司新闻
和行业信息
Beyond the Cut: Achieving Perfect Edges with the Jonsen SG1600-3TB+3B
In the dynamic world of metal fabrication, advanced cutting technologies like plasma and oxy-fuel cutting have become indispensable for their speed and ability to process thick materials. Yet, the precision of the cut is often just the first step. What follows – the removal of stubborn slag and dross, and the critical process of achieving clean, smooth, rounded edges – has historically been a significant bottleneck, often relying on tedious and inconsistent manual labor. It's within this challenging post-cutting landscape that the Jonsen SG1600-3TB+3B, an excellent deslagging and edge rounding machine, emerges as a truly transformative solution, designed to streamline operations and elevate finished part quality.
Drawing on over 15 years of immersion in abrasive machinery, I've observed countless attempts to perfect the finishing of thermally cut parts. The lingering dross, sharp edges, and the sheer volume of parts produced by modern cutting systems demand a finishing solution that's not only effective but also highly efficient and repeatable. The SG1600-3TB+3B addresses these demands head-on. Its innovative design ensures that parts emerge from the machine ready for the next stage of fabrication, eliminating the inefficiencies and quality variations inherent in manual methods. This machine marks a significant leap forward in optimizing the entire fabrication workflow.
The core promise of the Jonsen SG1600-3TB+3B is remarkably straightforward yet profoundly impactful: to provide slag and dross removal and a clean, smooth rounding edge on both top and bottom side in one pass. This single-pass capability is crucial for high-volume production environments where reducing material handling and cycle times translates directly into significant cost savings. The traditional approach often involved flipping parts, multiple passes, or even different machines for each finishing step – all contributing to longer lead times and increased labor.
What truly sets the SG1600-3TB+3B apart is its innovative technology: six stations of Jonsen's patented "deslagging and deburring vertical belt." This isn't just an incremental improvement; it's a fundamentally different approach to edge finishing. Unlike traditional horizontal abrasive systems that might struggle with the specific geometry of dross or the dual-sided nature of thermally cut edges, these vertical belts are engineered for direct, aggressive, yet controlled action precisely where it's needed most.
The mechanics of this patented system are ingenious. A flexible metal alloy pillar and an abrasive block are installed on a vertical rotating rubber-based belt to work on the cutting parts. This combination offers several critical advantages:
Targeted Action: The "deslagging and deburring tooling works mainly on the edges to offer an efficient job." This focus means the machine isn't just superficially abrading the entire surface; it's precisely attacking the slag and rounding the edges where imperfections from plasma or oxy-fuel cutting are most pronounced.
Conformity and Flexibility: The flexibility of the metal alloy pillar and the rubber-based belt allows the abrasive block to conform to slight variations in part thickness or edge contours, ensuring consistent results even on parts with minor warpage or inconsistencies from the cutting process.
Dual-Sided Processing: By integrating multiple vertical stations, the machine is able to work simultaneously on both the top and bottom edges of the part, providing symmetrical, rounded edges without requiring a second pass or manual flipping. This is essential for safety, aesthetics, and subsequent assembly processes like welding or bending.
In my experience, plasma and oxy-fuel cutting often leave behind a tenacious "dross" or "slag" along the cut line, particularly on thicker materials. This material is incredibly hard and difficult to remove manually, often requiring chisels, hammers, and brute force, which can damage the parent material or introduce inconsistencies. The vertical belt technology of the SG1600-3TB+3B is uniquely positioned to shear off this dross effectively, leaving a clean foundation for edge rounding. The seamless transition from slag removal to precise edge rounding in a single automated pass is a game-changer for shops looking to optimize their workflow.
Furthermore, compared with the boring manual deburring work, the SG1600-3TB+3B offers a closed and cleaning deburring job. This aspect cannot be overstated. Manual deburring is not only physically demanding and repetitive, leading to operator fatigue and potential injuries from sharp edges, but it's also incredibly messy. Airborne metal dust and abrasive particles pose significant health hazards and create an unclean working environment. The SG1600-3TB+3B provides a contained processing environment, significantly reducing dust and noise, aligning with modern industrial safety standards and creating a more comfortable and productive space for your workforce. This directly contributes to compliance with OSHA (Occupational Safety and Health Administration) guidelines for airborne contaminants and particulate control in manufacturing environments.
The Jonsen SG1600-3TB+3B Excellent deslagging and edge rounding machine for plasma-oxy-fuel-cutting is engineered for superior performance and offers compelling operational advantages:
Single-Pass Efficiency: The ability to achieve complete slag removal and dual-sided edge rounding in one pass drastically reduces cycle times and eliminates redundant handling, leading to higher throughput.
Patented Vertical Belt Technology: This innovative system provides precise, aggressive action directly on the edges, ensuring efficient dross removal and consistent, uniform edge rounding that's difficult to replicate with other methods.
Enhanced Part Quality: Parts emerge with clean, burr-free, and consistently rounded edges, which are critical for subsequent manufacturing steps, improving weld quality, paint adhesion, and overall product aesthetics.
Improved Operator Safety: By automating the messy and hazardous process of manual deslagging and deburring, the SG1600-3TB+3B significantly reduces exposure to sharp edges, airborne dust, and noise, contributing to a safer work environment.
Consistent Results: Automation eliminates human variability, ensuring that every part processed meets the same high-quality standards, crucial for maintaining product consistency in high-volume production.
Cleaner Working Environment: The enclosed nature of the machine helps contain debris and dust, making for a tidier and healthier workspace compared to traditional manual operations.
Reduced Rework and Scrap: High-quality finished edges mean fewer defects in subsequent processes like bending or welding, leading to less rework and a reduction in costly scrap material.
For manufacturers relying heavily on thermal cutting, the integration of a specialized deslagging and edge rounding machine like the SG1600-3TB+3B is not merely an upgrade; it's a strategic investment. It transforms a labor-intensive, hazardous, and inconsistent bottleneck into an efficient, safe, and predictable part of the production flow.
In today's competitive metal fabrication market, the demand for efficiency, quality, and workplace safety is paramount. Companies are continually seeking solutions that not only enhance their output but also contribute to a better working environment. The Jonsen SG1600-3TB+3B, an excellent deslagging and edge rounding machine for plasma-oxy-fuel-cutting, fits perfectly into this paradigm, offering a strategic advantage.
When evaluating an investment in such specialized machinery, consider the following:
Volume and Material Type: How much thermal cutting do you do, and what materials are you processing? The SG1600-3TB+3B excels with parts coming off plasma and oxy-fuel cutting machines, especially where tenacious slag and dual-sided edge rounding are challenges.
Current Finishing Bottlenecks: Identify where your post-cutting operations are causing delays or quality issues. If manual deslagging and deburring are slowing you down, this machine offers a clear solution.
Safety Compliance: Modern industrial standards increasingly emphasize worker safety. An enclosed, automated system like the SG1600-3TB+3B helps in achieving and maintaining compliance by minimizing exposure to hazards.
Long-Term ROI: Beyond the initial cost, factor in the savings from reduced labor, decreased rework, improved throughput, and enhanced product quality. These often far outweigh the upfront investment.
The impact of integrating a machine like the SG1600-3TB+3B goes beyond the immediate processing benefits. It elevates the overall quality of your fabricated components, reduces downstream issues, and improves your ability to meet stringent industry standards for finished parts. This ultimately strengthens your position in the market by enabling you to deliver higher quality products more consistently and efficiently.
Are manual deslagging and edge rounding processes creating bottlenecks, compromising safety, or leading to inconsistent quality in your post-cutting operations? It's time to experience the difference with the Jonsen SG1600-3TB+3B Excellent deslagging and edge rounding machine for plasma-oxy-fuel-cutting. This innovative machine offers a precise, efficient, and clean solution for preparing your thermally cut parts for their next critical step.
Take the first step towards transforming your fabrication workflow. Contact us today to learn more about the Jonsen SG1600-3TB+3B, discuss your specific application needs, and discover how this advanced machine can elevate your production efficiency and product quality. Visit our website or call us to get a personalized quote or schedule a demonstration.
Here are some common questions about the Jonsen SG1600-3TB+3B Excellent deslagging and edge rounding machine and its capabilities, offering insights from an experienced perspective:
What safety certifications does the Jonsen SG1600-3TB+3B have? In any industrial setting, safety is non-negotiable. The SG1600-3TB+3B is engineered with operator safety as a paramount concern. It incorporates robust guarding, emergency stop buttons, and is designed to comply with relevant international safety standards such as CE marking for the European Economic Area. Adherence to best practices derived from standards like ISO 12100 (Safety of machinery – General principles for design – Risk assessment and risk reduction) is foundational to its design, ensuring a secure operating environment.
Can you explain the warranty policy for the Jonsen SG1600-3TB+3B? Our commitment to the reliability of the SG1600-3TB+3B is backed by a comprehensive warranty. Typically, this machine comes with a standard [e.g., one-year] warranty that covers manufacturing defects and component failures under normal operating conditions. We also offer extended warranty options and tailored service contracts to provide continuous operational support and peace of mind, reflecting our confidence in the machine's robust engineering.
What is the quality control process during manufacturing of the Jonsen SG1600-3TB+3B? Every SG1600-3TB+3B undergoes a rigorous, multi-stage quality control process. This begins with stringent inspection of raw materials and continues with in-process checks during the assembly of critical components, particularly the patented vertical belt stations. Before dispatch, each unit is subjected to a comprehensive performance test, ensuring it meets our precise specifications for slag removal effectiveness, edge rounding consistency, and overall operational integrity.
How does the Jonsen SG1600-3TB+3B handle different material types and thicknesses? While optimized for plasma and oxy-fuel cut parts, the SG1600-3TB+3B is versatile. Its abrasive blocks and vertical belt technology can be adapted to various metal types (steel, stainless steel, aluminum, etc.) and a range of thicknesses by adjusting operational parameters and selecting appropriate abrasive media. This flexibility allows for wide application.
What kind of maintenance does the SG1600-3TB+3B require? Like any high-performance industrial machine, the SG1600-3TB+3B benefits from regular preventative maintenance. This typically includes routine cleaning, inspection of the vertical belts and abrasive blocks for wear, lubrication of moving parts, and ensuring proper alignment. Our detailed maintenance schedule in the manual ensures optimal performance and longevity.
How often do the abrasive blocks/belts need to be replaced on the SG1600-3TB+3B? The lifespan of the abrasive blocks and vertical belts is highly dependent on factors such as the material being processed, its thickness, the amount of slag/dross, and daily operational hours. However, the system is designed for efficient consumable use, and replacement is straightforward. We can provide estimates based on your typical production profile.
Can the Jonsen SG1600-3TB+3B be integrated into automated lines? Yes, the SG1600-3TB+3B is designed with industrial integration in mind. Its automated, single-pass operation makes it an ideal component for a streamlined fabrication workflow, capable of interfacing with upstream cutting machines and downstream processes.
What is the environmental impact of using the SG1600-3TB+3B compared to manual methods? The SG1600-3TB+3B significantly reduces airborne particulate matter and noise levels compared to manual grinding. Its enclosed design minimizes the spread of dust and debris, contributing to a cleaner and more environmentally compliant workspace, which is a major advantage for both worker health and regulatory adherence.
How does the "flexible metal alloy pillar" work in the SG1600-3TB+3B? The flexible metal alloy pillar provides a compliant backing for the abrasive block. This allows the abrasive to consistently follow the contour of the part's edge, ensuring uniform deslagging and rounding even if the part isn't perfectly flat or has minor edge variations. This dynamic conformity is key to its effectiveness.
Does the Jonsen SG1600-3TB+3B require specialized installation? While the machine is designed for robust industrial use, professional installation is recommended to ensure proper setup, alignment, and connection to power and dust collection systems. Our technical team or authorized partners can assist with the installation process to guarantee optimal performance from day one.
In today's manufacturing environment, where laser, plasma, and oxy-fuel cutting machines achieve incredible speeds and precision, the downstream processes of deburring, deslagging, and edge rounding have become more critical than ever. Neglecting these steps can lead to a cascade of problems: poor paint adhesion, weak welds, assembly difficulties, and even safety hazards from sharp edges. As an industry veteran, I've seen countless projects delayed or compromised simply because the finishing wasn't up to par. The integration of specialized machines like the Jonsen SG1600-3TB+3B ensures that the quality achieved during cutting is not undermined by an inefficient or inconsistent finishing process, solidifying the integrity of the final product.
While manual deslagging and deburring might seem like a cost-effective solution initially, especially for smaller operations, the hidden expenses quickly accumulate. These include:
High Labor Costs: Manual work is slow and requires dedicated personnel, whose time could be better utilized in higher-value tasks.
Inconsistent Quality: Human fatigue and variability lead to uneven results, requiring rework or increasing scrap rates.
Safety Risks: Workers are exposed to sharp edges, flying debris, high noise levels, and respiratory hazards from metal dust, leading to potential injuries and long-term health issues.
Production Bottlenecks: Manual operations simply cannot keep pace with modern cutting machines, creating a choke point in the workflow.
Increased Consumable Waste: Inefficient manual methods can lead to excessive use of grinding discs and brushes.
By contrast, an automated system like the SG1600-3TB+3B converts these unpredictable and escalating costs into a predictable, efficient, and ultimately more economical operational expense. The investment pays for itself through increased throughput, superior quality, and a safer working environment.
To truly leverage the capabilities of your Jonsen SG1600-3TB+3B Excellent deslagging and edge rounding machine, consider these operational best practices:
Optimal Abrasive Selection: Work with the manufacturer to identify the best abrasive blocks and vertical belts for the specific materials and thicknesses you process. Correct abrasive selection significantly impacts efficiency and finish quality.
Regular Preventative Maintenance: Adhere to the recommended maintenance schedule. Regular cleaning, inspection of the patented belt system, and prompt replacement of worn consumables will ensure consistent, high-performance operation and extend the machine's lifespan.
Operator Training: While user-friendly, ensure your operators are fully trained on proper setup, operation, and basic troubleshooting. Well-trained operators can maximize efficiency and maintain quality.
Integration with Upstream Processes: Consider how the SG1600-3TB+3B can seamlessly integrate with your plasma or oxy-fuel cutting machines to create a continuous, streamlined workflow, minimizing manual handling between stages.
Monitor Performance: Track key performance indicators like throughput and consumable life. This data can help optimize settings and predict maintenance needs, further enhancing efficiency.
By implementing these practices, the SG1600-3TB+3B becomes not just a machine, but a cornerstone of your efficient and high-quality metal fabrication process.
Mastering Metal Surfaces: The Xiangsheng SG1650-WJS+B Large Flat Plate Grinding Series
The world of metal fabrication constantly pushes the boundaries of precision and efficiency. For industries working with large, flat metal workpieces and ultra-wide plates, the challenge of achieving a consistent and high-quality surface finish is paramount. From preparing surfaces for coating to creating intricate decorative patterns, the demand for reliable and versatile grinding solutions is higher than ever. It is within this demanding environment that the Xiangsheng brand large flat metal plate surface grinding series SG1650-WJS+B emerges as a truly pivotal innovation, addressing the critical needs of modern manufacturing. This machine isn't just about grinding; it's about engineering the perfect surface.
Having spent over a decade and a half deeply immersed in the abrasive machinery sector, I've observed the evolution of surface treatment technologies firsthand. The ability to handle large formats efficiently, while maintaining an uncompromising level of finish, has always been a bottleneck for many operations. The SG1650-WJS+B directly confronts this challenge with its intelligent design and flexible configuration. Its core strength lies in its capacity to seamlessly transition between various surface treatment processes—from aggressive roughening for subsequent bonding or painting, to delicate decorative silk processing, and even achieving mirror-like polishing. This versatility, driven by the intuitive change of abrasive media, is what sets it apart in the demanding arena of large-format metal finishing.
The primary application of the Xiangsheng brand large flat metal plate surface grinding series SG1650-WJS+B is the surface treatment of substantial flat workpieces and ultra-wide metal plates. Historically, processing such large formats often required multiple passes on smaller machines, or cumbersome manual intervention, leading to inconsistencies and significant labor costs. The SG1650-WJS+B's design, however, specifically addresses these inefficiencies. Its robust conveyor table operates in a reciprocating processing mode, a crucial feature for precisely handling large and heavy sheets. This reciprocating motion ensures that every section of the workpiece receives uniform treatment, eliminating edge-to-center variations often seen with continuous feed systems on very long plates.
The versatility of the SG1650-WJS+B is truly one of its standout features. It can perform a range of surface treatments critical for various industries:
The machine's adaptability to different processing needs is further enhanced by its configurable setup. It can be equipped with double abrasive belts for increased efficiency or progressive grit applications, or a combination of abrasive belts + polishing wheels for a seamless transition from grinding to a high-luster finish. This modularity means manufacturers don't need separate machines for different processes, consolidating their investment and floor space.
From a technical perspective, the ability to achieve the required process by simply changing the coarse and fine particle size of the abrasive belt is a testament to the machine's precision engineering. The contact pressure, belt speed, and oscillation (if applicable) can be meticulously controlled to match the abrasive media and desired surface finish. In my experience, the effectiveness of any grinding machine hinges not just on its power, but on the nuanced control it offers over the interaction between the abrasive and the workpiece. This meticulous control is evident in the SG1650-WJS+B. The consistent application of pressure across the wide workpiece, a characteristic of a well-engineered flat metal grinding finishing machine, is fundamental to avoiding uneven finishes or localized heat buildup, which can warp thin plates.
The importance of a high-quality plate surface grinding finishing machine cannot be overstated. Producing sharp and smooth surfaces on metal plates requires not just power, but unparalleled precision and accuracy. The SG1650-WJS+B delivers on this, providing a smooth surface that can be easily finished, whether it's for industrial parts requiring high accuracy or decorative elements demanding a perfect aesthetic. This capability directly aligns with standards such as ASTM E1576, "Standard Guide for Metals and Alloys in the Interconnected System of Standards for Fatigue," where surface finish is a critical factor influencing material properties and performance. The reliability and precision of this equipment translate directly into reduced rework, higher yield rates, and ultimately, superior product quality for the end-user.
The Xiangsheng brand large flat metal plate surface grinding series SG1650-WJS+B offers a multitude of advantages that set it apart in the market:
The applications of such a machine are broad and impactful. It is ideal for manufacturers involved in:
Are you struggling with the challenges of surface finishing large, flat metal plates? Is inconsistency or slow manual processing hindering your productivity? The Xiangsheng brand large flat metal plate surface grinding series SG1650-WJS+B is the definitive solution designed to overcome these hurdles, delivering unparalleled precision, versatility, and efficiency to your metal finishing operations. Don't compromise on the quality of your large workpieces.
Contact us today to explore how the Xiangsheng SG1650-WJS+B can revolutionize your surface grinding processes, enhance your product quality, and drive significant operational savings. Visit our website or call us to receive a personalized consultation or request a demonstration.
Here are some common questions about the Xiangsheng brand large flat metal plate surface grinding series SG1650-WJS+B and its capabilities, offering insights from an experienced perspective:
The demand for increasingly precise and aesthetically pleasing metal surfaces has propelled significant advancements in plate surface grinding technology. Historically, achieving consistent finishes on large plates was a labor-intensive and often inconsistent process. Early machines offered limited control, leading to variations in thickness and finish across the workpiece. The advent of sophisticated systems like the Xiangsheng SG1650-WJS+B marks a critical evolutionary step. These machines integrate advanced control systems, robust mechanics, and versatile abrasive options, allowing for unprecedented control over surface texture, flatness, and overall quality. The trajectory of this technology points towards even greater automation, integration with digital manufacturing ecosystems, and the capacity for processing new, advanced alloys with specialized surface requirements.
Investing in a large-scale grinding machine like the SG1650-WJS+B is a significant capital expenditure, and potential buyers often face common procurement pain points. These include:
A reputable manufacturer understands these concerns and provides comprehensive support, from pre-sales consultation and site assessment to installation, training, and ongoing technical assistance, mitigating these pain points for the customer.
To truly capitalize on the capabilities of the Xiangsheng brand large flat metal plate surface grinding series SG1650-WJS+B, consider these best practices:
By following these guidelines, the SG1650-WJS+B will not only meet but exceed your expectations, becoming a cornerstone of your advanced metal finishing operations.
SG1030-NG+JS Deburring System – Precision Batch Processing Solution for Automated Metal Finishing
In modern manufacturing, process consistency is as valuable as speed. Manual deburring cannot meet the accuracy demands of industries like aerospace, rail vehicles, and medical devices—where uniform edge rounding and repeatability are non-negotiable.
The SG1030-NG+JS Deburring System delivers:
Fully automated, operator-independent surface finishing
Stable, repeatable results even in 10,000-piece batches
Ideal for laser-cut or punched sheet metals
This model replaces grinding variability with digitally-controlled abrasive belt tension and precision pressure systems.
Whether you are coating, welding, or assembling, a consistent surface profile makes or breaks downstream performance. That’s why ISO-compliant factories in Europe and North America rely on JONSEN’s batch-ready finishing solutions.
Working width: 1030mm
Thickness range: 0.5–70mm
Material compatibility: Stainless steel, carbon steel, aluminum, copper
Application scenarios: Edge deburring, oxide removal, surface micro-polishing
The heart of SG1030-NG+JS lies in its multi-stage abrasive belt platform, which allows for:
Adjustable belt pressure to meet varying hardness levels
Accurate material removal without thermal distortion
Reduced abrasive loading with consistent coolant misting (optional)
Uniform edge rounding for safety and coating performance
Surface leveling for laser-cut or plasma-cut components
Slag cleanup and oxide layer removal on demand
This is what high-volume factories have been missing: repeatable metal finishing at scale.
Steel brake shields and aluminum housings benefit from burr-free, paint-ready surfaces—without edge distortion.
Titanium or alloy parts maintain dimensional integrity with dry, controlled belt abrasion.
Large-format panels get consistent treatment for welding or anti-corrosion coating.
Hygienic-grade surface prep on stainless components without overheating or scuffing.
Ready to replace operator variance with automated control?
We’ll help you:
Run a free sample test using your component
Understand abrasive selection and setup
Receive CE-compliant specs and documentation
Contact our team to request a live demo or quotation. Let us show you what real precision looks like in motion.
Up to 600–800 parts/hour depending on part geometry and material type.
Yes, with proper abrasive selection. The system supports quick changeover between metals.
Absolutely. It is compatible with most robotic arms and in-line conveyors.
Emergency stop, CE safety guards, belt break detection, and enclosed dust control.
We use edge radius gauges and surface profilometers to verify consistent edge rounding within ±0.05mm.
Standard 13-month warranty, extendable with service plans. Lifetime remote support included.
Yes. Training available in English, German, or French. Video guides and parameter presets included.
CE, RoHS-compliant, and ISO-12100 machinery safety standards.
Machine footprint is approx. 2400mm x 2200mm. Dust collector and conveyors optional.
Yes. Send us a part. We’ll return video documentation and surface finish data.
Because manual methods fail under ISO, NADCAP, and FAA quality audits. Precision and repeatability are now baseline expectations.
Most factories recoup investment within 9–15 months through reduced labor, lower scrap rates, and improved throughput.
High-strength alloys, duplex stainless, and multi-layer composites all require non-contact or controlled-contact deburring.
Dual-action precision: edge + surface control in one run. No re-handling. No inconsistencies.
China SG1030-WJS Wet Sanding Machine Manufacturers, Suppliers, Factory
Dry sanding may be common, but it’s not universal. In industries like aerospace, medical device manufacturing, and decorative architecture, heat-sensitive alloys and strict cleanliness standards demand more advanced solutions.
The SG1030-WJS and SG1650-WJS+B wet sanding machines solve key industry challenges by offering:
Coolant-based sanding to reduce heat generation
Integrated filtration and recycling to minimize fluid waste
Dust-free operation, improving both safety and cleanliness
For stainless steel or titanium surgical casings, dry sanding risks overheating, causing discoloration or distortion. Our wet systems maintain finish quality and surface flatness—meeting FDA and EU MDR manufacturing standards.
Aircraft-grade aluminum and magnesium alloys demand low-friction, heat-free surface treatments. The SG1650-WJS+B delivers mirror-smooth finishes suitable for aerodynamic and bonded surfaces.
Architectural stainless panels used in interiors and facades often require uniform brushing or mirror finishing. Wet sanding ensures pattern consistency without particle contamination.
Working width: 1000mm
Thickness range: 0.5–60mm
Compact design for surgical housings, brushed decorative strips, electronic casings
Multi-head configuration for fine grit finishing
Working width: 1620mm
Dual-zone sanding: brushing + surface finishing
Best fit for architectural panels, appliance covers, aircraft wing components
Coolant delivery: Sprayed directly onto sanding heads and parts, reducing temperature and friction.
Filtration loop: Captures metal particles, oil, and dust.
Recycling system: Returns clean coolant back into the sanding process.
Benefits include:
Extended abrasive lifespan
No airborne dust contamination
Safer working environment
Cleaner, shinier part surfaces
Tired of warping, dust, or inconsistent surface finishes in your dry sanding line?
It’s time to explore the SG1030-WJS and SG1650-WJS+B wet sanding systems.
Contact us to:
Get a quote
Schedule a live demo with your parts
Access technical data sheets and CE compliance documents
Medical device producers, aerospace part suppliers, decorative panel processors, precision electronics manufacturers, and high-end appliance makers.
Stainless steel, aluminum, titanium, magnesium, and copper alloys.
Yes. Our machines are designed for controlled pressure and precision abrasives—ideal for uniform brushing and mirror finishing.
Each machine includes a fully integrated closed-loop filtration and recycling system to minimize waste and comply with environmental regulations.
We offer 380V 50Hz (EU standard) and 460V 60Hz (North America). Other voltages available upon request.
Yes. Send us 2–5 pieces of your workpieces. We’ll return a full test video and surface finish report.
13 months standard. Lifetime technical support with optional spare parts kits.
Yes. All machines are CE-compliant and meet applicable industrial safety standards.
Noise is <75dB. Dust-free operation enables installation in semi-clean or controlled workshops.
Yes. We offer remote or on-site training sessions in English and localized languages (DE, FR, IT upon request).
It avoids thermal distortion and preserves structural integrity—especially on aluminum, titanium, and magnesium alloys.
It creates a more uniform microtexture that improves primer or adhesive adhesion.
Yes. With closed-loop filtration and minimal fluid loss, it’s much cleaner and safer than manual wet sanding.
If you struggle with dust management, part discoloration, inconsistent finish quality, or tool wear—it’s time.
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17767176257@163.com
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