Showing 1 - 20 out of 26
Estonia
2023
Estonia
2020
Spain
2013
Estonia
2015
Estonia
2016
| Max PCB width (mm) | 400 mm |
|---|---|
| Min PCB width (mm) | 15 mm |
| Max PCB length (mm) | 424 mm |
|---|---|
| Min PCB length (mm) | 15 mm |
Estonia
2011
| Max PCB width (mm) | 400 mm |
|---|---|
| Min PCB width (mm) | 15 mm |
| Max PCB length (mm) | 424 mm |
|---|---|
| Min PCB length (mm) | 15 mm |
| Max PCB width (mm) | 480 mm |
|---|---|
| Min PCB width (mm) | 50 mm |
| Max PCB length (mm) | 480 mm |
|---|---|
| Min PCB length (mm) | 50 mm |
Estonia
2010
Estonia
2006
Germany
2017
| Max PCB width (mm) | 508 mm |
|---|---|
| Min PCB width (mm) | 15 mm |
| Max PCB length (mm) | 424 mm |
|---|---|
| Min PCB length (mm) | 15 mm |
Poland
2007
Estonia
2001
| Max PCB width (mm) | mm |
|---|---|
| Min PCB width (mm) | mm |
| Max PCB length (mm) | mm |
|---|---|
| Min PCB length (mm) | mm |
Estonia
2015
Netherlands
Estonia
2014
| Max PCB width (mm) | 400 mm |
|---|---|
| Min PCB width (mm) | 15 mm |
| Max PCB length (mm) | 424 mm |
|---|---|
| Min PCB length (mm) | 15 mm |
Poland
2006
| Max PCB width (mm) | 460 mm |
|---|---|
| Min PCB width (mm) | 20 mm |
| Max PCB length (mm) | 460 mm |
|---|---|
| Min PCB length (mm) | 20 mm |
At Exapro, we connect professionals with top-tier industrial machinery solutions. Within our extensive offerings, the category of Electronics includes essential equipment for Printed Circuit Boards (PCBs), specifically Selective Soldering Machines. Let’s explore what these machines entail, their importance, and why Exapro is the ideal marketplace for buying or selling them.
Selective soldering machines are critical in the assembly of PCBs, particularly for through-hole components. These machines are designed to selectively solder specific areas of a PCB without affecting nearby components or areas. This precision is essential in modern electronics manufacturing, where complex boards with mixed technology (surface-mount and through-hole) are common.
Navigating the world of used industrial machinery can be challenging, but Exapro simplifies the process. For those looking to purchase, the key benefits are manifold.
Acquiring new selective soldering machines can be a significant financial commitment, especially for small businesses or start-ups. Through Exapro, professionals can obtain these machines at a fraction of the cost of new ones, ensuring exceptional value for money. On our platform, the price range for used selective soldering machines typically lies between €20,000 and €100,000, reflecting the variety available in terms of age, brand, wear and tear, and additional features.
At Exapro, every listing undergoes a thorough evaluation process to ensure each piece of equipment is in excellent working condition and ready for its next operational chapter. This rigorous vetting process guarantees that even used machinery meets high standards of quality and reliability.
Selective soldering machines are crucial for precise and efficient PCB assembly. Whether you're looking to invest in one or sell it, Exapro offers a platform that ensures convenience, reliability, and value. Embark on the future of electronics manufacturing with Exapro – where innovation meets tradition.
Selective soldering machines are indispensable in the electronics manufacturing industry due to their numerous benefits. Here are the main advantages:
These machines ensure precise soldering of specific areas on the PCB, which is essential for complex assemblies and high-reliability applications.
Automated selective soldering machines significantly increase production speed, allowing for high-volume output with minimal manual intervention. This efficiency translates to higher productivity and reduced labor costs.
Modern selective soldering machines can handle a wide range of board types and components, making them valuable assets across various electronics manufacturing sectors.
Selective soldering minimizes thermal stress on the PCB and adjacent components, reducing the risk of damage and improving overall reliability.
These machines provide consistent and repeatable soldering quality, reducing variability and ensuring high-quality results.
When evaluating or understanding selective soldering machines, several key parameters are considered to ensure they meet specific requirements. Here are the main machine parameters:
The type of selective soldering method used (dip, mini-wave, or laser), affecting precision and suitability for different applications.
The method and precision of flux application, which is crucial for achieving good solder joints and preventing defects.
The ability to preheat the PCB before soldering, which can improve soldering quality and reduce thermal shock.
The size and capacity of the solder pot, determining the volume of solder that can be handled and the machine's suitability for different production volumes.
The size and type of soldering nozzles used, affecting the precision and speed of the soldering process.
The degree of automation, ranging from manual to fully automatic systems, affecting ease of use and operational efficiency.
The type of conveyor system used to transport PCBs through the machine, influencing production speed and handling capabilities.
The software and interface used to program and control the machine, affecting flexibility, ease of use, and integration with other systems in the assembly line.
Selective soldering machines, given their versatility and capacity for high-quality soldering, find application in a multitude of areas. Here’s a rundown of the primary areas of use:
Used for assembling PCBs in smartphones, tablets, computers, and other consumer electronic devices, ensuring high precision and reliability.
Essential for creating PCBs used in various automotive applications, such as engine control units, infotainment systems, and safety components.
Applied in the production of PCBs for communication devices and infrastructure, maintaining signal integrity and reliability.
Critical for producing high-precision PCBs used in aerospace and defense electronics, where reliability and performance are paramount.
Used for manufacturing PCBs in medical equipment, ensuring compliance with stringent quality and safety standards.
Applied in various industrial electronics applications, ensuring reliable performance in demanding environments.
Several renowned manufacturers in the electronics industry are known for their quality and innovation. Here are some prominent manufacturers of selective soldering machines:
A leading provider of soldering equipment, ERSA offers advanced selective soldering machines known for their precision and reliability.
Renowned for their high-quality SMT equipment, JUKI provides efficient and versatile selective soldering machines for various applications.
Specializes in innovative selective soldering solutions, offering high-quality equipment designed for precision and high-volume production.
Provides advanced selective soldering technology, offering high-quality machines designed for precision and efficiency in electronics manufacturing.
Known for their robust and versatile selective soldering machines, Kurtz Ersa offers reliable solutions for various applications in electronics manufacturing.
Specializes in high-performance selective soldering machines, providing efficient and precise solutions for the electronics industry.
When considering a purchase or researching selective soldering machines, it's essential to look into these manufacturers' specific models, reviews, and after-sales service. Each brand has its strengths, specialties, and technological innovations that cater to different soldering requirements.
Selective soldering machines are invaluable assets in the electronics manufacturing industry, offering high-quality, cost-effective, and efficient solutions for precise soldering of specific areas on PCBs. Whether for consumer electronics, automotive, telecommunications, or aerospace applications, these machines ensure superior product quality and compliance with industry standards. With the support of Exapro, acquiring or selling selective soldering machines becomes a straightforward and reliable process, allowing businesses to focus on what they do best – producing exceptional electronic products.