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SMT Machines & Parts Hub SMT machines, feeders, nozzles, spare parts, consumables, and complete SMT production line solutions.

Supporting Panasonic, Yamaha, JUKI, Fuji, Samsung, ASM, Universal, and more.

24/09/2026

ASM SIPLACE SX2 + WPC: Placement Flexibility Starts with Component Feeding

Not every component in a BOM comes on tape and reel.

When production includes tray-based, larger or special components, the feeding strategy becomes part of the placement solution.

This video shows an ASM SIPLACE placement system with Waffle Pack Changer (WPC) during functional operation—from tray storage and automatic tray movement to the interface with the placement machine.

The real question is not simply:

“Which pick-and-place machine should we use?”

It is also:

“How will every component in the BOM be presented to that machine?”

For an actual SMT project, we review:

• BOM and component packaging
• Tape, tray, stick and special feeding requirements
• Component dimensions and orientation
• Required feeder capacity
• Placement-head compatibility
• Product mix and changeover frequency
• Target production output
• Placement workload and line balance
• Integration with the complete SMT line

A placement machine may have enough capacity, but difficult component feeding can still become a production constraint.

That is why Goldland evaluates machine + feeder + component + PCB + required output together before recommending a configuration.

From individual placement equipment to special feeding, PCB handling and complete SMT production line integration, the objective is the same:

Make every component ready for reliable automated placement.

Have tray-based or difficult-to-feed components in your BOM? Send us the PCB, BOM and component packaging information—we can review the feeding and placement configuration with you.

23/09/2026

Goldland PCB Handling: A Smooth SMT Line Depends on Every Transfer

The major machines usually get most of the attention in an SMT line.

But between every printer, SPI, pick-and-place machine, reflow oven and AOI, something else has to happen correctly:

The PCB has to move to the next process—smoothly, consistently and at the right time.

This video shows a batch of Goldland PCB conveyor and handling units during functional testing, with PCBs running through the transfer sections and the conveyor mechanisms being checked before integration.

PCB handling may look simple, but several details can affect the performance of the complete line:

• PCB dimensions and rail-width requirements
• Transfer direction
• Conveyor height
• Transport stability
• Sensor positioning
• Upstream/downstream handoff
• Buffer requirements
• Equipment communication
• Line takt time and overall balance

A small transfer problem between two machines can create waiting, PCB jams or unnecessary interruptions—even when the main process equipment is performing correctly.

That is why Goldland does not treat PCB handling as an afterthought.

We review it as part of the complete production flow:

Loading → Printing → SPI → Placement → Reflow → AOI → Unloading

From individual conveyors to loaders, unloaders, buffers, shuttle conveyors and complete SMT line integration, the objective is the same:

Keep every PCB moving reliably through the line.

Planning a new SMT line or upgrading your current PCB handling system? Send us your PCB size, equipment layout and production requirements—we can review the appropriate configuration with you.

22/09/2026

DEK NeoHorizon 03iX: A Good SMT Line Starts Before Placement

When people discuss SMT productivity, the pick-and-place machine often gets most of the attention.

But the quality foundation is created earlier.

Solder paste printing is one of the first critical process steps in the SMT line.

This video gives a closer look at a DEK NeoHorizon 03iX Solder Paste Printer during functional operation, including the stencil area, internal printing mechanism, PCB working section and machine interface.

For a new SMT line—or an upgrade to an existing one—the printer should not be selected as an isolated machine.

The complete printing process needs to consider:

• PCB dimensions and product mix
• Stencil and solder paste requirements
• Board positioning and support
• Printing cycle time
• Product changeover requirements
• Matching capacity with downstream SPI
• Placement-line takt time and overall line balance
• PCB transfer and equipment communication

A high-speed placement section cannot compensate for an unstable printing process.

And an excellent printer can still become a bottleneck if it is not properly matched to the rest of the line.

That is why Goldland evaluates the printing → SPI → placement → reflow → inspection process as one production system.

We support customers with SMT equipment selection, line configuration, PCB handling, layout planning and complete SMT production line integration.

Planning a new SMT line or upgrading your printing process? Send us your PCB, product mix and target output—we can review the complete configuration with you.

19/09/2026

Goldland SMT Production Line: Line Speed Is Determined by the Whole Process.

A high-speed placement machine alone does not guarantee high production output. For an SMT line to run efficiently, every process needs to work at the same rhythm.

This video shows a real SMT production environment and how the different stages work together, including:

• Component placement
• Inline inspection
• PCB conveying and handling
• Reflow soldering
• Buffering
• Downstream PCB handling

Every machine may have strong individual performance. But if one process cannot keep pace, it can become the bottleneck for the entire line.

When configuring or upgrading an SMT production line, we look beyond individual machine specifications:

• Is placement capacity balanced with the rest of the line?
• Can SPI/AOI inspection match the required cycle time?
• Can the reflow oven support the target throughput?
• Are PCB width, transfer height and direction properly matched?
• Is sufficient buffering available between key processes?
• Can upstream and downstream machines communicate correctly?
• Is the layout prepared for future expansion?

The fastest machine does not define the line output—the slowest process often does.

At Goldland, we support customers from the perspective of the complete SMT production flow, including equipment selection, capacity planning, PCB handling, line layout, integration and functional verification.

Planning a new SMT line or looking to improve an existing one?

Send us your PCB information, BOM, target output and current equipment configuration, and we can review the line requirements with you.

18/09/2026

ASM SIPLACE SX1 in Operation: Placement Performance Depends on the Complete SMT Line

Choosing a pick-and-place machine is not only about placement speed or machine specifications.

The key question is:

How will the machine perform as part of your complete SMT production line?

This video shows an ASM SIPLACE SX1 Pick and Place Machine in functional operation, including the component feeding area, placement head and internal motion system.

When evaluating an ASM SIPLACE SX1 for a new line or capacity expansion, it is important to consider:

• PCB size and product mix
• BOM complexity and component range
• Feeder and component supply requirements
• Required production output
• Placement workload and line balancing
• Product changeover requirements
• Printer and SPI capacity
• Reflow and AOI integration
• Conveyor, buffer and PCB handling requirements

A powerful placement machine alone does not guarantee higher line output.

If printing, inspection, reflow or PCB handling cannot match the required production cycle, the placement machine may not be fully utilized.

This is why SMT capacity planning should consider the complete production line—not just one machine.

Goldland supports customers with ASM SIPLACE equipment, SMT machine evaluation, placement-capacity planning, PCB handling and complete SMT production line integration.

Considering an ASM SIPLACE SX1 or expanding your existing SMT line? Send us your PCB, BOM, target output and current equipment configuration. We can review your requirements and help evaluate the suitable line configuration.

18/09/2026

ASM SIPLACE SX1 in Operation: Placement Performance Depends on the Complete SMT Line

Choosing a pick-and-place machine is not only about placement speed or machine specifications.

The key question is:

How will the machine perform as part of your complete SMT production line?

This video shows an ASM SIPLACE SX1 Pick and Place Machine in functional operation, including the component feeding area, placement head and internal motion system.

When evaluating an ASM SIPLACE SX1 for a new line or capacity expansion, it is important to consider:

• PCB size and product mix
• BOM complexity and component range
• Feeder and component supply requirements
• Required production output
• Placement workload and line balancing
• Product changeover requirements
• Printer and SPI capacity
• Reflow and AOI integration
• Conveyor, buffer and PCB handling requirements

A powerful placement machine alone does not guarantee higher line output.

If printing, inspection, reflow or PCB handling cannot match the required production cycle, the placement machine may not be fully utilized.

This is why SMT capacity planning should consider the complete production line—not just one machine.

Goldland supports customers with ASM SIPLACE equipment, SMT machine evaluation, placement-capacity planning, PCB handling and complete SMT production line integration.

Considering an ASM SIPLACE SX1 or expanding your existing SMT line? Send us your PCB, BOM, target output and current equipment configuration. We can review your requirements and help evaluate the suitable line configuration.

17/09/2026

Goldland DIP/THT Production Line Integration: Reliable Through-Hole Assembly Requires More Than One Machine

A successful DIP/THT production line is not simply a collection of individual machines.

From PCB loading and component insertion to wave soldering, inspection and unloading, every process needs to work together as one coordinated production system.

When planning or upgrading a DIP/THT line, several factors should be evaluated together:

• PCB dimensions and product mix
• Manual or automatic component insertion requirements
• Required production capacity
• PCB handling and conveyor configuration
• Fluxing and preheating requirements
• Wave soldering process requirements
• Component height and PCB clearance
• Cooling and post-solder handling
• Inspection requirements
• Line layout and available factory space
• Connection between upstream and downstream equipment
• Future production expansion requirements

Even when each individual machine performs well, poor line matching can create bottlenecks, unstable PCB transfer, unnecessary manual handling and reduced overall production efficiency.

That is why Goldland looks at the complete DIP/THT production process, not only individual equipment.

We support customers with DIP/THT line planning, component insertion equipment, wave soldering machines, PCB conveyors and handling systems, inspection equipment, line configuration and complete production line integration.

Planning a new DIP/THT production line or upgrading an existing one?

Send us your PCB information, product requirements, current process and target production capacity. Our team can evaluate the requirements and recommend a suitable line configuration.

16/09/2026

Goldland SMT Production Line Efficiency: Your Line Is Only as Fast as Its Slowest Process

Increasing SMT production capacity does not always mean adding a faster machine.

Sometimes the real problem is somewhere else in the line.

A solder paste printer may be waiting for PCB transfer.
A high-speed placement machine may be waiting for boards.
AOI may become a bottleneck.
Poor buffering may interrupt continuous production.

This is why SMT production capacity should be evaluated as a complete line, not machine by machine.

A typical SMT line may include:

PCB Loader → Solder Paste Printer → SPI → Pick & Place → Reflow Oven → AOI → PCB Handling / Unloader

Every process has a different cycle time, capacity and production function.

When configuring or upgrading an SMT line, several points should be considered together:

• PCB dimensions and product variety
• Components and BOM complexity
• Printing cycle time
• SPI/AOI inspection strategy
• Placement CPH and actual component distribution
• Feeder and nozzle requirements
• Reflow process and conveyor speed
• PCB transfer and buffering capacity
• Line communication and automation
• Changeover requirements
• Factory space and line layout
• Future production expansion

A fast placement machine alone cannot guarantee a fast production line.

If upstream or downstream equipment cannot support the required production flow, the additional placement capacity may remain unused.

The objective is not to maximize the speed of every individual machine.

The objective is to create a balanced SMT line where printing, inspection, placement, reflow and PCB handling work together efficiently.

Goldland supports customers with:

Production requirement analysis → SMT equipment configuration → line balancing → PCB handling → layout planning → integration → functional testing

Planning a new SMT line or trying to increase the capacity of an existing one?

Send us your PCB information, BOM, target output and factory layout, and we can review the SMT line configuration with you.

15/09/2026

Goldland Automatic First Article Inspection: Catch PCB Assembly Errors Before Mass Production

A small mistake on the first assembled PCB can quickly become a much bigger production problem.

Wrong component values, incorrect polarity, placement errors, or component mismatches are much easier to address before the full batch enters production.

That is where automatic First Article Inspection (FAI) can help.

The Goldland automatic FAI system is designed to support efficient verification of the first assembled PCB, including:

• Automatic resistance and capacitance testing
• Component angle testing from 0° to 360°
• Component sizes from 01005 to 2512 with one probe set
• Testing speeds demonstrated at approximately 1 second per component
• Visual inspection of IC and diode markings and orientation

For high-mix, low-volume production, frequent changeovers can make first-board verification especially important.

FAI adds a checkpoint between setup and volume production—helping engineers confirm that the first assembled board matches the intended production requirements before continuing the batch.

It also serves a different purpose from other SMT inspection processes:

SPI → checks solder paste printing
AOI → checks assembled-board visual characteristics
FAI → verifies the first assembled PCB before production continues

Goldland supports FAI, SPI, AOI, SMT/DIP machines, PCB handling equipment, spare parts, and complete SMT production line solutions.

How does your production team verify the first PCB after a new product changeover?

14/09/2026

Goldland SMT Equipment Shipment: Delivery Is Part of the Production Line Project.

Selecting the equipment is only one part of an SMT production line project. The machines still need to be properly packed, organized, and delivered to the customer.

This video shows a batch of Goldland SMT / PCBA production equipment being loaded for international shipment—from export wooden cases and forklift handling to container loading and final closing.

For an overseas equipment project, these details matter:
• Proper export packing
• Safe forklift handling
• Organized container loading
• Efficient use of container space
• Protection against unnecessary movement during transportation
• Clear equipment identification
• Coordination between equipment preparation and international logistics.

When several machines are supplied for the same production line, delivery planning becomes even more important. The customer is not receiving isolated boxes. They are receiving different parts of one manufacturing system.

That is why Goldland supports customers beyond individual equipment supply—with SMT / DIP line planning, machine configuration, PCB handling systems, equipment preparation, and international delivery coordination. From machine selection to shipment, the objective remains the same: Get the right equipment to the right production line—ready for the next stage of the project. Planning a new SMT/DIP line, capacity expansion, or equipment upgrade?

Share your equipment requirements with us, and we can review the complete configuration.

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Building D, Baitong Technology Innovation Industrial Park, Bao'an
Shenzhen
37803-5620

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