Exapro, a leading marketplace for used industrial machinery, offers a curated selection of PCB test and rework machines, blending innovation with cost-effectiveness. Originating from esteemed manufacturers like Agilent, Rohde & Schwarz, and Metcal, these machines promise precision, high-quality testing, and durability. With prices ranging from €5,000 to €50,000, Exapro caters to businesses of varying scales, ensuring a balance between affordability and quality.
Test and rework machines are essential in the electronics industry for ensuring the functionality and reliability of printed circuit boards. These machines are ideal for diagnosing faults, verifying performance, and repairing defective components, ensuring that PCBs meet quality standards before deployment.
On Exapro, alongside competitive pricing, professionals can evaluate essential machine parameters, ensuring they make an informed purchase tailored to their needs. Explore Exapro's collection and enhance your electronics manufacturing capabilities with reliable and efficient test and rework machines.
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Year: ~ 2002
We sell SPEA 4040 for spare parts and dismantling. The SPEA 4040 is a model of flying probe test equipment, manufactured by SPEA, an Italian company specialized in automatic test equipment (ATE) for the manufacture of electronic products.Year:
Max PCB width (mm) | 330 mm |
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Max PCB length (mm) | 250 mm |
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Year: 2011
SPEA 4040 Flying Probe Tester - Starter vintage 2011 4 Probes on Top Stand alone - with board loading Leonardo Fly 2.3 SW Condition: good and fully functional Available: immediately Location: Italy Price: on requestYear: 2006
Description generated online: The SPEA 4040 is a model of flying probe test equipment, manufactured by SPEA, an Italian company specializing in automatic test equipment (ATE) for electronics manufacturing. Here's some information about the SPEA 4040 Flying Probe tester: Flying Probe Technology: Similar to the Seica S40 Advantage, the SPEA 4040 utilizes flying probe technology for PCB testing. Flying probe …Year: 2022
Available are 2 compact ICT machines from SPEA, model 3030. Machines are 2022 and 2023.Year: 2009
Description generated online: The Seica S40 Advantage is a model of flying probe test equipment manufactured by Seica Spa, an Italian company specializing in test and measurement solutions for the electronics industry. The S40 Advantage is designed for in-circuit test (ICT) and functional testing of printed circuit boards (PCBs). Here are some key features and information about the Seica S40 …Year: 2010
TESTING LINE 3030 ICT-FCT-AOI-LASER MARKER MACHINE Brand: SPEA – model: 3030 – year: 2010 FCT FEATURES PC system with Windows XP operating system Single bay N°2 Driver board +/-10V 1A 4 quadrants N°2 Booster board +/-100V, 1A, 100W N°1 Counter/Frequency meter board, 10MHz, 100ns N° 2 scanner card 64 ch analog with expansion N°1 card 8 user flags relays N.O. …Year: 2022
The Ultimaker 2+ Connect is a single-extrusion 3D printer designed for fast and efficient single-material printing applications. The Connect 3+ features network connectivity, touchscreen controls and interchangeable nozzles. It can be paired with the optional Ultimaker 2+ Connect Air Manager, designed to increase user safety, removing up to 95% of ultra-fine particles and protecting users from hot and moving components …Year: 2007
SPEA 3030 Board Tester Dualbay system year 2007 two controller cards from 2009 Measuring modules: 2x New YAICT300 Scanner (relay cards) 12 cards with 64 channels (6 pieces in each bay) In Bay 1 there are still 4 64-channel plug-in cards PC with WIN7 32 bit (only about 5 years old) Loeonardo 2.70 installed WIN7 and software system created by …Year: 2016
JOT TTS-1124 PCBA testing Machine in working condition. Ask for further information.Year:
Test Chamber volume: 210 liters Test chamber dimensions: 560x570x630 mm Temperature range: -70°C to +180°C Temperature difference over time: 2.5 K/min max. heat compensation: 800 WYear: 2011
model TPO4300A-8C32-4 RS232, IEEE, 10/100 Ethernet interface 208v, 60hz, 1 phase, 30amps temp range -80C to 225C manufacture date 09/2011Year: 2010
The machine was purchased at auction without software, but everything else is on the machine and working. MVP’s 850G inspection techniques include high-resolution telecentric imaging, quad color lighting, and 3D techniques to provide the maximum defect, and measurement capabilities for Die and Wire Bond inspection. For in-line operations, single and dual lane options are also available to quickly process microelectronic …Year:
double side Flying-Probe-test system Acculogic FLS 850D. 4 small runners with three module spaces each on the top 2 large runners with 6 module spaces each from the bottom 6 APM 800E needle cartridges 1 needle cartridge type CSM800 1 mini fixture module 6 Type V camera modules ChipScan measurement option CScan measurement option Software: Replacing the existing industrial PC …Year:
Keysight/Agilent Technologies 3070, and Medalist i3070 Series 3 and 5 In-Circuit Testers Brand: Agilent/Keysight Technologies Available Models: 3070 Series 3 and Medalist i3070 Series 5 Type: In-Circuit Tester Custom configure a Series 3 or Series 5 Chassis: Options with 2 Control and 2 ASRU cards: Single Bank 2-module frame Single Bank 2-module frame with external power bay Dual Bank 4-module …Year: 2007
Max PCB width (mm) | 255 mm |
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Max PCB length (mm) | 330 mm |
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Year: 2001
Takaya APT-8400GI Flying Probe Tester - BRAND: Takaya - MODEL: APT-8400GI - SERIAL NUMBER: V1F18568 - YEAR: 2001Year: 2009
Max PCB width (mm) | 406.4 mm |
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Max PCB length (mm) | 609.6 mm |
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Tenney - Blue M Thermal Shock Chamber For Sale See attached pictures and information below Equipment Information Tenney - Blue M - TPS Model Number: WSP-109 Serial Number: 0801000082 Year: 2007 Type: Hot Cold - Shock Temperature Range: -75C to +200C Cold / +40C to +200 Hot Ramp Rate: -65C to +150C in 15 minutes Stainless Steel Interior Workspace: 20.8" …Year: 2018
For sale, a gently used industrial equipment in like-new condition. - Manufacturer: Agilent/Keysight - Model: i3070 S5 - Year of Manufacture: 2018 - Configuration includes Control Xtpa*2, ASRUN*2, Hybrid DD pin*18, N6700*2 - State: Under power This high-quality machine is well-maintained and ready to help streamline your industrial processes.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 Test and Rework Machines. Let’s explore what these machines entail, their importance, and why Exapro is the ideal marketplace for buying or selling them.
Test and rework machines are crucial in the PCB manufacturing and assembly process. These machines are used to verify the functionality and quality of PCBs and to repair any defects found during testing. This ensures that the final products meet the required specifications and standards. Test and rework machines play a vital role in quality control, enhancing reliability, and reducing waste.
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 test and rework 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 test and rework machines typically lies between €5,000 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.
Test and rework machines are crucial for maintaining high-quality PCB assemblies. 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.
Test and rework machines are indispensable in the electronics manufacturing industry due to their numerous benefits. Here are the main advantages:
These machines ensure that PCBs meet the required specifications and standards, reducing the risk of defects and failures in the final product.
By identifying and repairing defects, test and rework machines enhance the reliability and performance of electronic assemblies.
Detecting and fixing defects early in the manufacturing process reduces waste and rework costs, leading to overall cost savings.
Modern test and rework machines offer flexibility to handle a wide range of PCB designs and components, making them valuable assets across various electronics manufacturing sectors.
Efficient test and rework processes minimize downtime and production delays, ensuring a smooth and continuous manufacturing flow.
When evaluating or understanding test and rework machines, several key parameters are considered to ensure they meet specific requirements. Here are the main machine parameters:
The extent to which the machine can test various aspects of the PCB, such as electrical parameters, component placement, and functional performance.
The ability of the machine to detect defects and measure parameters accurately, ensuring reliable test results.
The speed at which the machine can test or rework PCBs, influencing production rates and efficiency.
The degree of automation, ranging from manual to fully automatic systems, affecting ease of use and operational efficiency.
The range of PCB types and sizes the machine can handle, including different component types and densities.
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.
The ability to record, analyze, and report test results, supporting quality control and continuous improvement efforts.
Test and rework machines, given their versatility and capacity for ensuring high-quality PCB assemblies, find application in a multitude of areas. Here’s a rundown of the primary areas of use:
Used for testing and reworking 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 test and rework machines:
A leading provider of test and measurement equipment, offering advanced solutions for PCB testing.
Renowned for their high-quality automatic test equipment (ATE), Teradyne provides reliable and efficient PCB testing solutions.
Specializes in electronic measurement instruments, offering robust test equipment for various applications in electronics manufacturing.
Known for their innovative test solutions, Seica offers a range of test and rework machines designed for precision and high-volume production.
Provides advanced boundary scan test equipment, enabling thorough testing of complex PCBs.
A leading provider of rework and inspection systems, offering high-quality solutions for PCB rework and repair.
Specializes in automated X-ray inspection systems, providing advanced solutions for defect detection and quality control.
When considering a purchase or researching test and rework 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 testing and rework requirements.
Test and rework machines are invaluable assets in the electronics manufacturing industry, offering high-quality, cost-effective, and efficient solutions for ensuring the functionality and reliability of 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 test and rework machines becomes a straightforward and reliable process, allowing businesses to focus on what they do best – producing exceptional electronic products.