Samsung & Hanwha Pick and Place Machines – SM, DECAN, HM & XM Series

Samsung and Hanwha pick and place machines cover a wide range of SMT assembly requirements, from high-speed chip placement to mixed-component production. The SM471, SM481 and SM482 remain familiar models in many electronics factories, while the DECAN, HM and XM series offer additional configurations for different production demands.

Choosing between these machines involves more than comparing their rated placement speeds. Head configuration, component compatibility, feeder requirements, PCB dimensions, machine condition and existing line equipment all influence which model will work best for a particular factory.

CNSMTLINE supplies Samsung and Hanwha SMT equipment and helps electronics manufacturers evaluate machine configurations for new production lines, capacity expansion and equipment replacement.

Our equipment range includes Samsung SM471, SM481, SM482, Hanwha DECAN S1, DECAN S2, DECAN L2, DECAN F2, HM520, HM520 NEO and XM520.

Customers can share their PCB dimensions, bill of materials (BOM), production targets and preferred machine models to discuss suitable equipment and accessory configurations.

Dòng máy: Samsung SM Series | Hanwha DECAN Series | HM Series | XM Series

Hỗ trợ thiết bị: New and used machine sourcing, configuration checks, feeder and nozzle matching, equipment inspection information, worldwide shipping and technical support arrangements.

Request Samsung / Hanwha Machine Details and a Quotation

1. Samsung and Hanwha Pick and Place Machines: Understanding the Brand Relationship

Both Samsung and Hanwha names appear in the SMT equipment market because of the historical transition of the relevant equipment business.

Earlier SM-series machines are commonly associated with the Samsung name. Later product generations, including DECAN, HM and XM models, are generally marketed under the Hanwha brand.

For factories operating older Samsung equipment, this distinction can matter when purchasing spare parts, feeders, nozzles and replacement machines.

A feeder described as compatible with Samsung equipment should not automatically be assumed to work with every Hanwha model. Compatibility depends on the machine platform, feeder part number, interface and applicable equipment version.

The same principle applies when selecting a replacement machine. A newer model is not necessarily the most suitable option if the factory already owns compatible accessories or has established production programs and maintenance procedures for an existing platform.

This page compares the main Samsung and Hanwha machine families to help buyers identify appropriate models before reviewing detailed specifications and individual machine configurations.

2. Samsung and Hanwha Pick and Place Machine Models

2.1 Samsung SM471 / SM471 Plus – High-Speed Chip Placement

The Samsung SM471 series is primarily associated with high-speed placement of suitable chip components.

For PCBs containing large quantities of standard resistors and capacitors, the main consideration is how efficiently the machine can process repetitive placements.

However, the rated placement speed does not tell the complete story. Actual performance depends on component distribution, feeder arrangement, placement programming and the condition of the installed placement heads.

When evaluating a used SM471, buyers should verify the head configuration, nozzle condition, vision functions and the feeders included with the machine.

Recommended evaluation: PCB assemblies with a high proportion of standard chip components and relatively stable production volumes.

Key purchasing checks: Placement head configuration, supported component range, machine condition and feeder availability.

2.2 Samsung SM481 / SM481 Plus – Mixed-Component SMT Assembly

The SM481 series is a candidate for production involving a mixture of common SMD components.

A PCB containing resistors, capacitors and several IC packages requires the machine to balance placement capability with production efficiency.

Whether a particular SM481 can process the entire component mix depends on its actual configuration, supported component dimensions, nozzles and feeding arrangements.

For EMS manufacturers handling several products, changeover requirements are also important. Shared components and well-organized feeder preparation can reduce unnecessary setup work between production runs.

Recommended evaluation: General mixed-component PCB assembly and factories producing several PCB models.

Key purchasing checks: Component compatibility, feeder quantity, nozzle configuration and changeover requirements.

2.3 Samsung SM482 / SM482 Plus – Multifunctional Component Placement

The SM482 series is commonly considered for multifunctional placement requirements.

When a PCB contains several IC packages or components requiring different handling conditions, buyers should examine the machine’s recognition and placement capabilities rather than relying only on rated speed.

Some components may require specific nozzles, tray feeding or particular vision settings, even when their physical dimensions appear to fall within a published component range.

For this reason, an SM482 evaluation should begin with the most demanding components on the BOM.

Recommended evaluation: Mixed PCB assemblies containing ICs and components with more demanding handling requirements.

Key purchasing checks: Component dimensions, recognition capabilities, feeding methods and installed placement configuration.

2.4 Hanwha DECAN S1 – Flexible SMT Placement

The Hanwha DECAN S1 can be considered for factories manufacturing multiple PCB types with different component combinations.

In this production environment, component compatibility, feeder planning and changeover conditions may matter more than the machine’s highest rated placement speed.

Buyers should identify the most demanding components in their products and check whether the proposed machine configuration can handle them.

Factories already using Samsung or Hanwha equipment should also review the compatibility of their existing accessories and production resources.

Recommended evaluation: High-mix SMT manufacturing and PCBs combining standard and more demanding components.

Key purchasing checks: Head configuration, component range, changeover requirements and accessory compatibility.

2.5 Hanwha DECAN S2 – High-Speed SMT Production

The DECAN S2 is a candidate for production projects requiring higher placement throughput.

For boards with large component counts, rated CPH is an important reference, but actual production output also depends on component types, vision processing, feeder positions and placement programming.

When the DECAN S2 operates alongside other placement machines, the distribution of components between machines should also be considered.

A higher machine speed does not automatically produce a proportional increase in completed boards per hour.

Recommended evaluation: Volume production and SMT lines requiring higher placement capacity.

Key purchasing checks: Actual placement cycle time, installed configuration, component allocation and overall line throughput.

2.6 Hanwha DECAN L2 – Advanced Multifunctional Placement

The Hanwha DECAN L2 is designed for multifunctional SMT placement, combining the handling of standard chip components with a wider variety of component sizes and recognition requirements.

It is particularly relevant when evaluating PCBs containing larger ICs, connectors and mixed component packages.

According to published manufacturer specifications, the DECAN L2 uses a dual-gantry structure with six placement spindles per gantry. Its rated optimum placement speed is 56,000 CPH under specified conditions.

The machine’s component handling capabilities involve both flying vision and stage vision systems. Different component dimensions and package types require appropriate recognition conditions.

Hanwha DECAN L2 Technical Specifications

These figures are manufacturer reference specifications. Actual capabilities depend on the machine version, installed options, component characteristics and applicable operating conditions.

When Should You Consider the DECAN L2?

Consider an industrial control PCB containing hundreds of resistors and capacitors, several ICs and a few larger connectors.

A high-speed chip mounter may handle most of the small components efficiently, but the remaining components still require appropriate pickup, recognition and placement capabilities.

The DECAN L2 can be evaluated for these mixed-component tasks, provided the actual component dimensions, weights, shapes, feeding methods and recognition requirements are compatible with the proposed configuration.

For connectors in particular, published dimensional ranges should not be interpreted as universal compatibility. Component geometry, center of gravity, nozzle selection and feeding arrangements must also be checked.

DECAN L2 Configuration Checklist

Before purchasing a DECAN L2, confirm:

• The installed flying vision and stage vision systems.
• Whether optional MFOV functions are fitted.
• Compatibility with the target ICs and connectors.
• Required nozzles and component feeding methods.
• PCB dimensions and conveyor configuration.
• Condition of the placement heads, vision system and motion mechanisms.
• Accessories, testing scope and support included in the quotation.

For mixed-component PCB assembly, the DECAN L2 should be evaluated against the actual BOM rather than selected solely on its 56,000 CPH rated speed.

2.7 Hanwha DECAN F2 – Balancing Speed and Component Flexibility

The DECAN F2 can be considered for production projects where both placement efficiency and component handling flexibility are important.

When comparing it with other DECAN models, buyers should examine the installed head configuration, supported component range, vision system and target production output.

For factories changing products frequently, feeder preparation and placement program management should also be included in the evaluation.

Recommended evaluation: PCB assembly requiring a balance between throughput and component flexibility.

Key purchasing checks: Machine configuration, component compatibility, practical throughput and accessory requirements.

2.8 Hanwha HM520 / HM520 NEO – Modular SMT Production

The Hanwha HM520 series is relevant to new SMT line projects and production capacity upgrades.

Different HM520 models and configurations may offer different placement capabilities and component handling ranges. Buyers should therefore confirm the complete model designation before comparing specifications.

For example, HM520 NEO and other HM520 variants should not be treated as identical configurations simply because they belong to the same series.

The evaluation should consider component count, production changeover frequency and the target throughput of the complete SMT line.

Recommended evaluation: New SMT production lines, capacity expansion and projects requiring a defined equipment configuration.

Key purchasing checks: Exact model, placement heads, component range, production targets and line requirements.

2.9 Hanwha XM520 – High-Performance Flexible Placement

The Hanwha XM520 series can be evaluated for production requiring a combination of placement capability and flexibility.

For factories manufacturing several PCB families with different component combinations, component compatibility and practical cycle time should be considered together.

If the XM520 will operate alongside existing Samsung or Hanwha machines, the compatibility of accessories, software-related workflows and maintenance resources should also be reviewed.

Recommended evaluation: Multi-product PCB assembly and higher-performance placement requirements.

Key purchasing checks: Exact machine version, configuration, accessory compatibility and production requirements.

3. Samsung vs. Hanwha Pick and Place Machine Comparison

The following comparison is intended to help buyers narrow down suitable machine families. Detailed specifications should be confirmed using the applicable manufacturer’s documentation and the configuration of the actual machine offered.

These categories describe typical evaluation priorities, not exclusive applications. Actual performance depends on the model version, installed heads, software and accessories.

4. Selecting a Samsung or Hanwha Machine for Your Production

4.1 PCBs with a High Proportion of Standard Chip Components

When a PCB contains large numbers of common chip components and production volumes are relatively stable, reducing placement cycle time is usually a priority.

Machines such as the SM471 and DECAN S2 can be included in the initial evaluation, subject to their actual configuration and supported component range.

The most useful comparison is based on a representative PCB and placement program rather than a rated CPH figure alone.

4.2 PCBs Containing Chips, ICs and Connectors

Industrial control boards, communication equipment and other mixed-component assemblies may present a different challenge.

The critical question is whether the proposed machine configuration can place the full component mix, particularly the most demanding packages.

The SM482, DECAN L2 and other suitably configured multifunctional machines can be considered.

If the PCB contains large connectors, unusual packages or components requiring special feeding, these parts should be checked before evaluating the remaining standard components.

4.3 Factories with Frequent Product Changeovers

For high-mix manufacturing, production time is affected by more than the placement cycle.

Feeder preparation, shared materials, program management and operator procedures all influence changeover efficiency.

DECAN, HM and XM models can be compared according to their specific configurations, but changeover performance should not be assumed from the series name.

Factories with existing equipment should also consider their current accessories and established operating procedures.

5. Samsung and Hanwha Feeder and Nozzle Compatibility

Feeder and nozzle configuration can determine whether a machine is ready for the intended production task.

A factory may select an SM481 Plus that meets its component requirements but still need additional feeders or nozzles before production can begin.

For this reason, the total purchasing cost should include the necessary accessories rather than the machine price alone.

SMN Pneumatic Feeders and SME Electric Feeders

SMN and SME feeder families are commonly encountered in the Samsung / Hanwha equipment market.

However, compatibility between feeder types, machine generations and specific configurations should never be assumed.

Before ordering feeders or purchasing a machine with included accessories, confirm the relevant part numbers and applicable machine models.

For used machine purchases, the accessory list should be agreed before the final quotation is confirmed.

This helps avoid unexpected additional costs after the machine arrives.

6. New vs. Used Samsung and Hanwha Pick and Place Machines

New and used equipment require different purchasing considerations.

For new machines, buyers should focus on the specified configuration, optional functions, delivery arrangements and available technical support.

For used machines, additional attention should be given to the actual equipment condition, included accessories and verified operating functions.

Machine Identification and Configuration

Confirm the machine nameplate, complete model, serial information and installed placement heads.

Where maintenance or major component replacement information is available, review it as part of the equipment evaluation.

Thị giác

Check the relevant camera and component recognition functions.

For machines such as the DECAN L2, verify which vision systems and optional functions are actually installed.

Placement Heads and Motion System

Observe the machine during an appropriate operating test and check for abnormal noise, vibration or movement.

The installed heads and related functions should be evaluated against the intended production requirements.

Feeders and Nozzles

Compare the actual accessories with the quotation and confirm their types, quantities and condition.

Where possible, verify that the accessories needed for production are available and suitable.

Kiểm tra vị trí

When practical, perform a placement test using representative components and a suitable PCB.

The test record should identify the machine configuration, test conditions and observed results.

Any functions that have not been tested should be clearly identified as unverified.

7. Adding a Samsung or Hanwha Machine to an Existing SMT Line

For factories already operating Samsung or Hanwha equipment, increasing production capacity does not always require purchasing another machine of the same model.

The first step is to identify the current production bottleneck.

For example, if existing high-speed machines can place most standard chip components efficiently but complex packages require additional processing time, a suitably configured multifunctional machine may be worth evaluating.

However, if the main limitation comes from printing, reflow soldering, inspection or material handling, adding another placement machine may not deliver the expected increase in line output.

Before integrating additional equipment, confirm:

• PCB transfer direction and conveyor requirements.
• Available installation and maintenance space.
• Electrical and compressed-air requirements.
• Equipment communication and interface conditions.
• Compatibility of existing feeders and nozzles.
• Component allocation between placement machines.

CNSMTLINE can discuss additional Samsung or Hanwha equipment based on the customer’s existing line configuration and production targets.

8. Samsung and Hanwha Equipment Supply from CNSMTLINE

CNSMTLINE supplies SMT equipment and related technical services for electronics manufacturers.

For Samsung and Hanwha placement machine projects, we help buyers clarify machine configurations, accessory requirements and equipment integration needs.

Before an order is finalized, the following information should be agreed:

Chi tiết máy: Complete model, installed configuration and new or used condition.

Phụ kiện: Actual feeder, nozzle and accessory list included in the quotation.

Thông tin thiết bị: Available machine photographs, operating videos and inspection records.

Vận chuyển: Packaging, shipping arrangements, destination and estimated lead time.

Hỗ trợ kỹ thuật: Applicable installation, commissioning, training and after-sales support arrangements.

Availability, machine condition, inspection scope and delivery times vary by equipment and should be confirmed in the specific quotation.

Customers purchasing related equipment, including solder paste printers, reflow ovens, conveyors or inspection systems, can also discuss the requirements of their wider SMT production line.

9. Câu hỏi thường gặp

What is the relationship between Samsung and Hanwha SMT machines?

The Samsung and Hanwha names appear in equipment and technical documentation from different periods of the related SMT equipment business. Machine and spare-part compatibility should always be verified by model, version and part number.

What is the difference between Samsung SM471, SM481 and SM482?

The SM471 is commonly evaluated for high-speed chip placement, the SM481 for general mixed-component placement, and the SM482 for multifunctional placement requirements. The actual capabilities depend on the specific machine configuration.

What is the difference between Hanwha DECAN S2 and DECAN L2?

The DECAN S2 is generally evaluated with high-speed placement requirements in mind. The DECAN L2 is particularly relevant to mixed-component applications involving larger ICs, connectors and different vision requirements. Final selection depends on the BOM and installed configuration.

Can the Hanwha DECAN L2 place connectors?

Published manufacturer specifications describe connector-handling capabilities under certain vision configurations. Compatibility with a particular connector also depends on its dimensions, weight, shape, nozzle requirements and feeding method.

Is 56,000 CPH the actual production speed of the DECAN L2?

No. It is a rated optimum placement speed under specified conditions. Actual throughput depends on the PCB, component mix, placement program and operating conditions.

Can Samsung SM-series feeders be used on Hanwha DECAN machines?

Compatibility cannot be assumed. The feeder part number, machine model, interface and applicable version should be checked before use.

Are HM520 and HM520 NEO the same configuration?

Not necessarily. Buyers should confirm the full model designation and installed configuration rather than treating all HM520 variants as identical.

What should be checked before buying a used Samsung or Hanwha machine?

Confirm the machine model, placement heads, vision system, motion functions, feeders, nozzles and available placement test results. The quotation should also identify included accessories and delivery conditions.

Can CNSMTLINE help configure a complete SMT production line?

CNSMTLINE provides SMT equipment and line configuration support. The appropriate equipment combination depends on the customer’s PCB products, production targets, process requirements and budget.

10. Request a Samsung or Hanwha Pick and Place Machine Quotation

If you are looking for Samsung SM471, SM481, SM482 or Hanwha DECAN S1, DECAN S2, DECAN L2, DECAN F2, HM520 or XM520 equipment, contact CNSMTLINE with your preferred models or production requirements.

To help us evaluate the required configuration, please provide:

• Preferred machine model or series.
• PCB dimensions and main component packages.
• BOM or a representative component list.
• Target production volume per shift or per day.
• New or used equipment preference.
• Required feeders and nozzles.
• Existing SMT line information, if applicable.
• Destination country and delivery requirements.

We can use this information to discuss suitable equipment, accessory requirements and line integration considerations, followed by confirmation of machine availability and quotation details.

Contact CNSMTLINE for Samsung and Hanwha SMT machine specifications, configuration information and pricing.