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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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
Automating a Metal Finishing Production Line to Achieve Unmatched Quality and Efficiency
In the competitive landscape of modern manufacturing, a company's ability to thrive depends on its relentless pursuit of efficiency, quality, and cost-effectiveness. For many in the metal fabrication industry, this pursuit leads to a critical turning point: the finishing process. Traditional manual deburring, grinding, and polishing are notorious for being time-consuming, labor-intensive, and inconsistent. It is to solve these core challenges that automating a metal finishing production line has moved from a trend to a necessity.
JONSEN, a specialist in high-performance abrasive machinery, is at the forefront of this transformation. Their automated solutions are designed to convert what was once a slow, unpredictable bottleneck into a streamlined, high-efficiency operation. By integrating advanced technology into every stage, they are enabling manufacturers to achieve new standards of precision, productivity, and profitability.
The decision to automate a production line is a significant investment. However, its value is not just in replacing labor but in fundamentally enhancing a company's operational capabilities and market position.
Manual finishing processes are inherently limited by human physical constraints and fatigue. An operator's productivity is not only capped by a finite number of work hours but also by a natural decline in performance over the course of a shift. A typical manual deburring station, for instance, might process a few hundred parts per day, with output fluctuating between shifts.
In stark contrast, automating a metal finishing production line shatters these limitations. An automated system can operate 24/7 without fatigue, performing tasks with a speed and precision that is simply unachievable by human hands. This translates to an explosive increase in throughput. What once took hours to finish can now be completed in a fraction of the time, allowing a company to rapidly respond to market demands and scale to meet large-volume orders.
In many mission-critical industries like aerospace, medical devices, and high-tech consumer electronics, surface quality is paramount. Manual grinding and polishing can lead to subtle inconsistencies—a slightly different edge radius here, a micro-scratch there—that may go unnoticed by the naked eye but can compromise a part's functionality, safety, or aesthetic appeal.
Automating a metal finishing production line completely removes this variability. An automated system is programmed to a precise set of parameters, ensuring every part is finished with the exact same surface roughness (Ra value) and edge radius (e.g., R0.1 to R0.3). This perfect repeatability is essential for meeting stringent international standards such as ISO 9001 and AS9100, and for reducing costly rework and scrap rates. The result is a consistent, high-quality product that builds trust and enhances brand reputation.
While the initial capital expenditure for automation is a key consideration, the long-term cost savings are significant and impactful. Automating a metal finishing production line contributes to profitability in multiple ways:
Reduced Labor Costs: By minimizing the need for repetitive, low-skill manual labor, businesses can reallocate their workforce to more complex, higher-value tasks, thereby optimizing their human capital.
Minimized Consumable Waste: Automated systems use abrasive media with unparalleled efficiency, ensuring a longer lifespan for consumables and reducing waste.
Lower Scrap Rates: The consistency of automated finishing drastically reduces the number of rejected parts, directly lowering material costs and improving profit margins.
When evaluated over the long term, the ROI from automating a metal finishing production line often far outweighs the initial investment, making it a sound financial decision.
A complete automated metal finishing production line is not just a single machine; it is an integrated system of sophisticated components working in harmony.
These are the "hearts" of the automation system, each designed for a specific task.
Wide Abrasive Belt Heads: These are the workhorses, used for aggressive burr removal, deslagging from plasma or laser cutting, and initial surface grinding on flat parts.
Planetary Abrasive Barrel Stations: A key feature for edge rounding. These stations utilize multiple rotating abrasive barrels that move in a planetary orbit, ensuring the abrasive media contacts all edges and contours of a part, including internal cutouts and complex geometries.
Robotic Polishing Arms: For parts with highly complex, three-dimensional shapes, a multi-axis robotic arm can be equipped with various tools (abrasive pads, polishing wheels, brushes) to precisely follow a programmed path, reaching areas inaccessible to conventional machines.
To achieve true automation, parts must be moved and secured with precision.
Automated Conveyor Belts & Robotic Arms: Parts are fed into the system automatically via conveyor belts or picked and placed by robotic arms, eliminating manual loading and unloading.
Vacuum or Magnetic Grippers: During the finishing process, parts must be held securely in place. Automated systems use powerful vacuum beds for non-ferrous materials or magnetic chucks for ferrous metals, ensuring no movement or vibration compromises the finish.
The brain of the operation, modern automating a metal finishing production line systems are equipped with advanced CNC controllers and intuitive Human-Machine Interfaces (HMIs). Operators can program precise movements, set grinding pressure, and monitor the entire process in real-time. Sensors can also be integrated to detect abrasive wear and alert the operator when a change is needed, minimizing unexpected downtime.
Successfully automating a metal finishing production line requires a knowledgeable partner. JONSEN acts as more than a machine provider; it is a collaborative partner guiding clients through a structured automation journey.
The process begins with JONSEN's engineering team conducting a thorough analysis of a client’s current production line. This includes understanding the materials, part geometries, desired finishes, and current operational bottlenecks. This initial assessment is crucial for designing a truly effective solution.
Based on the assessment, JONSEN designs a tailored, bespoke system. This includes selecting the optimal abrasive heads, configuring the machine's layout, and designing custom part-handling solutions. The design ensures the machine is perfectly suited for the client's unique needs, maximizing both efficiency and ROI.
JONSEN’s team manages the entire installation process, ensuring the new automated system is seamlessly integrated into the existing factory floor plan. This meticulous planning minimizes disruption to ongoing production and allows for a quick and efficient startup.
For any automation project to be successful, a company's team must be trained to operate and maintain the new equipment. JONSEN provides comprehensive training for operators and maintenance staff, empowering them to get the most out of the system. This is supported by ongoing technical assistance and after-sales service, ensuring a lasting partnership.
In today's competitive global market, clinging to outdated manual processes is a recipe for falling behind. Automating a metal finishing production line is not merely a technological upgrade; it is a fundamental restructuring of a business's operational model. It transforms an unpredictable, costly bottleneck into a reliable, high-yield asset, providing companies with a significant competitive edge.
By partnering with an industry leader like JONSEN, manufacturers can confidently make this transition. The investment in automating a metal finishing production line is a commitment to a future defined by greater efficiency, unwavering quality, and sustainable growth.
A: A high-quality automated system can handle a wide variety of metals, including stainless steel, carbon steel, aluminum, copper, brass, and even more challenging alloys like titanium and cobalt-chrome. The key is using the right combination of abrasive media and process parameters for each material.
A: Modern automated systems are designed for ease of maintenance. They typically feature modular designs, on-screen diagnostics, and built-in sensors that alert operators when components like abrasives or filters need to be replaced. JONSEN provides comprehensive training and support to ensure your team is fully capable of handling all routine maintenance tasks.
A: Yes, absolutely. While automation is common in large corporations, there are now scalable, modular solutions available that are specifically designed to fit the needs and budgets of small and medium-sized businesses. The ROI can be even more impactful for smaller operations that rely heavily on a small workforce.
A: This is where specialized automation excels. Systems can be configured with robotic arms, multi-axis controls, and flexible abrasive tools to follow complex contours and reach intricate internal features that would be difficult or impossible to finish manually.
A: Automated systems significantly improve safety by removing workers from repetitive, high-vibration tasks and hazardous environments. They are typically enclosed and equipped with powerful dust collection systems, which dramatically reduce worker exposure to airborne metal dust and particulates.
From Grinding to Gleam: The Multi-Stage Process for Medical Metal Polishing
When it comes to medical components, surface finish is not merely for aesthetics—it is a functional necessity. High-gloss or mirror finishes on medical-grade metals are crucial for preventing contamination, reducing friction, and improving the overall integration and performance of a component within its intended application. However, achieving such finishes consistently and to the ultra-low surface roughness specifications required by the medical industry—especially on complex geometries—requires specialized equipment and a precise, multi-stage abrasive process.
Manufacturers in the medical and other high-spec industries face a unique set of finishing challenges. From achieving ultra-low surface roughness for critical implants and instruments to delivering consistent satin or matte finishes for external device panels, the demands are stringent. Post-processing is also vital for parts produced by advanced methods, such as the post-polishing required for laser-cut titanium or stainless steel, to remove heat-affected zones and micro-burrs. Specialized finishing systems are essential to meet these needs, combining grinding, fine finishing, and polishing in a seamless, single-pass process that is both scalable and highly repeatable.
The pursuit of a mirror finish on medical metals is driven by several key functional requirements that directly impact patient outcomes and device longevity.
Contamination Control: A mirror finish is a cornerstone of effective contamination control. On a microscopic level, a rough or porous surface contains valleys and peaks where bacteria and other contaminants can harbor, making sterilization and cleaning more difficult. A perfectly smooth, high-gloss surface minimizes these topographical features, leaving fewer sites for biofilm formation and ensuring that sterilization processes are highly effective. This is particularly critical for surgical instruments, internal implants, and any components that come into contact with the body.
Friction Reduction: For devices that involve movement, such as surgical instruments, joint replacements, or robotic components, reduced friction is a significant performance factor. A mirror finish minimizes the coefficient of friction, allowing for smoother operation and less wear. This not only enhances the feel and precision of a surgical tool but can also reduce wear on a patient's natural tissue or a prosthetic joint's mating surfaces, improving the device's lifespan and reducing the risk of inflammation or damage.
Improved Component Integration: A high-quality finish enhances the overall performance and reliability of medical components. For implants, a specific surface texture or finish can influence cell adhesion and osseointegration. For device housings and panels, a consistent finish ensures a professional appearance and can improve the adhesion of protective coatings or sterilization-resistant treatments.
Achieving a true mirror finish (often defined by a surface roughness of less than 0.05 micrometers Ra) on medical metals is a complex process. The challenges are compounded by the materials and geometries involved.
Complex Geometries: Medical devices and instruments often feature intricate curves, internal channels, and delicate features that are difficult to access with conventional grinding tools. Traditional manual polishing, while effective for some geometries, is not scalable or repeatable enough for high-volume manufacturing.
Material Specifics: Metals like medical-grade stainless steel (e.g., 316L) and titanium (e.g., Ti-6Al-4V) are known for their strength and corrosion resistance but can be challenging to polish. Abrasive processes must be carefully controlled to avoid introducing stress, heat discoloration, or sub-surface damage that could compromise the material's integrity.
Consistency and Scalability: Maintaining a consistent finish across thousands of components is a primary concern. The ability to transition from a manual, one-off process to an automated, high-throughput system is essential for manufacturers seeking to scale their operations while meeting stringent quality standards like those specified by ISO 13485 (Medical devices — Quality management systems).
JONSEN's systems are specifically designed to address these challenges by combining the grinding, fine finishing, and polishing stages into a single, integrated process. This approach eliminates the need for multiple machines and manual handling between stages, providing a seamless and highly efficient solution.
The process typically involves a sequence of specialized stations:
Grinding Station: The first stage uses abrasive belts or discs to prepare the surface. This step effectively removes larger imperfections, tool marks, and any heat-affected zones from initial cutting operations, such as laser cutting, establishing a flat and uniform base.
Fine Finishing Station: This stage employs finer-grit abrasives to progressively reduce the surface roughness. It is here that the surface transitions from a prepared matte finish to a smoother, satin-like appearance, a critical intermediate step toward a mirror finish.
Polishing Station: The final stage uses specialized polishing media, such as felt wheels with fine compounds, to buff the surface to a high-gloss, mirror-like sheen. This process is carefully controlled to achieve the required ultra-low surface roughness without damaging the part's geometry.
This multi-stage methodology allows JONSEN's systems to provide scalable, high-spec processing not only for the medical industry but also for consumer electronics, where aesthetic quality and precision are equally paramount. For manufacturers, this means being able to achieve consistent and repeatable results on a variety of components, from implants to surgical instruments, all within a single machine.
For manufacturers in the medical space, selecting the right finishing process and equipment is a strategic decision. Several factors must be carefully evaluated to ensure success.
Abrasive Selection: The choice of abrasives, from the initial grinding belt to the final polishing compound, is paramount. Different metals require different abrasives, and the grit sequence must be carefully planned to achieve the desired finish without leaving deep scratches or sub-surface damage.
Process Validation: The finishing process must be fully validated and documented to comply with medical regulatory standards. This involves defining the exact sequence of steps, the abrasives used, and the machine settings to ensure the process is repeatable and reliable.
Equipment Capabilities: The equipment must be capable of handling the part's specific geometry. This includes features like flexible abrasive heads, automated part handling, and precise control over pressure and speed to ensure consistent results on complex curves and contours.
Cleanliness and Environment: The finishing equipment must be compatible with a clean manufacturing environment. Systems that offer integrated dust collection and a closed-loop process are preferable for minimizing airborne particulates and maintaining a high level of cleanliness.
Are you a medical component manufacturer struggling to achieve the precise finishes required for your products? JONSEN's integrated grinding, fine finishing, and polishing systems are engineered to solve these challenges. By providing a single-pass solution for a wide range of materials and geometries, JONSEN enables manufacturers to achieve consistent, high-spec finishes with unparalleled efficiency and scalability.
Contact JONSEN today to discuss how our specialized finishing systems can help you achieve ultra-low surface roughness and perfect mirror finishes on your medical-grade components, ensuring both functional excellence and regulatory compliance. Visit our website for more information on our cutting-edge abrasive solutions.
Here are some common questions manufacturers have about achieving high-quality finishes on medical components.
What is a typical surface roughness (Ra) for a mirror finish on medical implants?
While specific requirements vary by application, a true mirror finish on medical implants typically requires a surface roughness of less than 0.05 micrometers (µm) Ra, and often as low as 0.02 µm Ra.
What types of metals can be polished with JONSEN's systems?
JONSEN's systems are designed to polish a wide range of medical-grade metals, including various stainless steels (e.g., 316L, 17-4 PH), titanium and its alloys (e.g., Ti-6Al-4V), and cobalt-chrome alloys. The abrasive and process parameters are customized for each specific material.
How do JONSEN's systems handle complex geometries?
The systems utilize a combination of flexible abrasive heads, contoured polishing tools, and precise motion control to follow the intricate curves and contours of complex parts. This automated approach ensures consistent results across the entire component, something that is difficult to achieve manually.
Can the JONSEN process be used for both satin and mirror finishes?
Yes. The desired finish is achieved by selecting a specific sequence of abrasive grits and polishing media. A satin or matte finish is achieved by ending the process with a finer grinding or finishing step, while a mirror finish requires an additional final polishing stage with a very fine compound.
How does this automated process compare to manual polishing in terms of quality and cost?
Automated polishing systems like JONSEN's offer superior consistency, repeatability, and efficiency compared to manual methods. While the initial investment is higher, the long-term cost savings from reduced labor, higher throughput, and lower scrap rates typically provide a significant return on investment.
What is the importance of post-polishing for laser-cut parts?
Laser cutting can leave a heat-affected zone and microscopic burrs along the cut line. Post-polishing is essential to remove these imperfections, which can compromise the part's fatigue strength, corrosion resistance, and overall quality, ensuring the part meets strict medical standards.
Deburring Machine Manufacturer & Supplier in China
What defines a China deburring machine manufacturer and supplier?
Why choose a Chinese supplier for automated deburring systems?
What types of JONSEN machines are available for edge finishing?
How does JONSEN handle small-scale vs large-scale orders?
Are JONSEN machines certified with CE and ISO?
What support and training are offered post-sale?
How do deburring consumables compare in cost and lifespan?
How quickly can JONSEN export a machine to Europe/North America?
What is the typical MOQ and lead time from China?
Which JONSEN models support vacuum or magnetic conveyors?
As industrial metal manufacturing becomes increasingly automated, choosing the right deburring machine supplier is critical. JONSEN, based in Hangzhou, has over 26 years of manufacturing experience, 100+ patents, and a solid reputation as a reliable OEM manufacturer and exporter of deburring machines.
Competitive Pricing without Quality Sacrifice
JONSEN machines meet CE and ISO standards, with lower factory pricing compared to Western equivalents.
Full Product Range for Batch, Micro and Heavy Duty Use
Models like SG630-JS+D, SGP1000, SG1030‑NG+JS, and SGPGB1000 serve varied applications including micro-parts, plated brackets, laser-cut sheets, and precision finishes.
Export-Ready Production and Documentation
Complete export packages including CE, TUV certificates, BSCI audit, inspection reports, and customs documentation.
Q: What is the minimum order quantity for a JONSEN deburring machine?
A: MOQ typically starts at 1 unit, even for customized configurations.
Q: How do European buyers compare JONSEN quality to local brands?
A: On reliability and finish consistency, JONSEN matches or exceeds many European machines at lower price.
Key Facts
Topic: China OEM Deburring Supplier
Key Insight: Low MOQ, fast export readiness
Certifications: CE, ISO 9001
MOQ: 1 unit
Lead Time: 25–35 days
Service: Sample test report, spare parts, remote support
With vacuum/magnetic conveyor, abrasive belt, and disk brush—ideal for high-precision small batch finishing.
Vacuum hold, dual-stage grinding, suitable for small to medium flat parts such as clutch plates and brackets.
Dual-belt system for thick laser-cut plates—removes slag and prepares for coating or brushing.
Integrates deburring, edge rounding, sanding, and brushing—designed for aesthetic surfaces in one pass.
Q: Can JONSEN machines be automatable into a full production line?
A: Yes—most models support PLC, robotic feeders, and conveyor integration.
Q: Does JONSEN offer spare part kits for global clients?
A: Yes, including consumables, belts, brushes, and vacuum pump seals.
Key Facts
Topic: JONSEN Product Portfolio
Key Insight: From micro to heavy-duty, single to combination systems
Certifications: CE, ISO
MOQ: 1 unit per model
Lead Time: 25–35 days
Service: Spare kits, on-site commissioning, sample testing
| Machine Model | Typical Price (USD) | Estimated Lead Time | Export Package Includes |
|---|---|---|---|
| SG630-JS+D | 35,000–50,000 | 25 days | CE, ISO, Export Docs, Demos |
| SGP1000 | 40,000–55,000 | 30 days | Conveyor, PLC, Training |
| SG1030‑NG+JS | 40,000–55,000 | 30–35 days | Inspection report, certification |
| SGPGB1000 | 55,000–75,000 | 35 days | Demo center test, spare kit |
Q: What makes JONSEN a trusted deburring machine manufacturer in China?
A: Over 26 years of proven OEM experience, 100+ machine patents, global export track record.
Q: How fast is delivery from China to Europe or North America?
A: Typically 4–6 weeks including production and sea/air shipping.
Q: What is the warranty period for key components?
A: One year standard; options to extend for motors and drive systems.
Q: Are consumables (belts, brushes) easily available globally?
A: Yes, JONSEN ships worldwide and supports authorized distributors.
Q: How does JONSEN ensure part quality?
A: Machines undergo in‑line inspection, final testing, and performance certification before shipment.
Q: What’s the typical ROI when replacing manual deburring?
A: ROI occurs within 8–14 months due to labor reduction and less rework.
Q: Can JONSEN provide a sample part test before a purchase?
A: Absolutely—send your sample, and they run a processing demonstration and data report.
Q: Is training included after delivery?
A: Yes—remote and on-site operator training included as standard.
Q: What certifications do JONSEN machines hold?
A: CE, ISO 9001, RoHS optional; all export-compliant.
Q: Is technical support available post-purchase?
A: Remote diagnostics, spare parts, process optimization available globally.
Internal Linking Suggestions
External Linking Suggestions
China Machine Export Regulations
Dust Safety in Manufacturing
CE Machinery Directive
ISO 9001 Quality Management
Last updated: August 2, 2025
Author: Senior Product Manager
Reviewers: QA Lead, Export Compliance Officer
SG630-JS+D Dry Processing System for Micro Part Finishing
Top Answers Pack (10 Items):
In small-part finishing, even the slightest movement during processing can compromise edge quality or cause costly rework. Traditional conveyor systems often struggle to stabilize flat, lightweight components, especially in high-speed environments. The SG630-JS+D solves this issue through precision clamping technology that secures each part using magnetic or vacuum systems.
“In precision metal finishing, control is everything — and that starts with how you hold the part.”
Small parts demand extra care. The SG630-JS+D offers two powerful solutions:
Magnetic Conveyor Bed – Best for ferrous components like carbon steel or stainless steel.
Vacuum Conveyor Bed – Ideal for aluminum, copper, and other non-ferrous materials.
Both options hold even the thinnest parts firmly, enabling stable processing at high speeds without part movement or edge inconsistency.
Q: How do I choose between magnetic and vacuum conveyors?
A: Use magnetic for steel and iron; vacuum for aluminum, copper, or brass.
Q: Are these systems suitable for thin sheet parts?
A: Yes, both systems are optimized for flat, lightweight workpieces.
Topic: Conveyor Stabilization
Key Insight: Secure clamping ensures uniform finishing
Certifications: CE, ISO
MOQ: 1 set
Lead Time: 30 days
Service: Custom testing and remote support
The SG630-JS+D combines abrasive belt grinding with disk brush finishing in a single pass.
Abrasive Belt – Removes surface rust and burrs
Disk Brush – Rounds sharp edges and textures the surface
This dual system is ideal for sheet metal components that require both functionality and appearance. The dry configuration simplifies maintenance and avoids water-related complications.
Q: What part sizes can it handle?
A: Suitable for small to medium flat metal parts up to 630mm width.
Q: Does the dry system generate heat or dust?
A: Minimal; optional dust extraction units available.
Topic: Dual Processing
Key Insight: Two tools, one pass
Certifications: CE, ISO9001
MOQ: 1 machine
Lead Time: 25–35 days
Service: Turnkey installation
This machine is purpose-built for batch production of precision parts used in:
Electrical enclosures
Copper busbars
HVAC components
Aluminum panels
Metal nameplates
Appliance brackets
The secure handling system ensures zero slippage even on mirrored or coated surfaces.
Q: Can it process coated surfaces like anodized aluminum?
A: Yes, with brush customization for surface safety.
Q: What’s the edge radius tolerance?
A: Typical range: R0.2–R0.8mm, adjustable by brush grit and speed.
Topic: Application Fit
Key Insight: Engineered for small flat parts
Certifications: CE, RoHS (upon request)
MOQ: 1 unit
Lead Time: 30 days
Service: Sample testing + training
| Conveyor Type | Ideal Material | Clamping Method | Dust-Free | Typical Use |
|---|---|---|---|---|
| Magnetic Conveyor | Ferrous metals | Magnetized bed | Yes | Steel, stainless |
| Vacuum Conveyor | Non-ferrous metals | Suction chamber | Yes | Aluminum, copper |
The SG630-JS+D is a smart choice for manufacturers dealing with small, flat metal parts. Whether you're processing stainless brackets or aluminum sheets, the combination of precise clamping and dual-action finishing guarantees consistency, safety, and speed.
“In finishing, the secret to quality isn’t just the tool — it’s how well you hold the part.”
Topic: Small Part Finishing
Key Insight: Stability = Quality
Certifications: CE, ISO, Optional RoHS
MOQ: 1 set
Lead Time: 30 days
Service: Custom test + overseas support
Internal Linking Suggestions
Dry Deburring & Deslagging Machines (anchor: Dry deburring systems)
Abrasive Belt Processing Machines (anchor: Abrasive belt systems)
Micro Part Finishing Machines (anchor: Finishing micro parts)
Surface Texturing Machines (anchor: Surface finishing)
External Linking Suggestions
CE Marking for Machinery
ISO 9001 Quality Standards
RoHS Compliance for Electronics
Vacuum Systems in Metal Processing
Magnetic Conveyors – Engineering Basics
Q: What makes SG630-JS+D suitable for small parts?
A: Its magnetic/vacuum conveyor locks parts during high-speed processing.
Q: Can I process both aluminum and steel?
A: Yes — steel with magnetic bed; aluminum with vacuum system.
Q: What’s the abrasive lifespan?
A: Typically 6–12 weeks depending on usage, grit, and material.
Q: Does the machine require compressed air?
A: Only for vacuum hold-down and optional dust removal units.
Q: How to switch between conveyor types?
A: Each system is modular; swapping is tool-free and quick.
Q: Can I test my parts before ordering?
A: Yes, sample processing is encouraged and free of charge.
Q: What’s the processing width of SG630-JS+D?
A: Standard width is 630mm; custom sizes available.
Q: Is training provided post-installation?
A: Yes, both on-site and remote training available.
Q: What certifications does it include?
A: CE by default, with optional RoHS and ISO packages.
Q: What power supply is needed?
A: 380V/50Hz standard; others on request.
Last updated: August 2, 2025
Author: Chief Application Engineer
Reviewers: QA Lead, Technical Director
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