MAXLAB JSC – Maxlab

JX Metallographic Image Analysis Software

MAXLAB JSC — Sat, 16 May 2026 12:02:54 +0000

JX Metallographic Image Analysis Software: The Ultimate Breakthrough for Material Testing Laboratories

In the modern era of high-tech manufacturing, inspecting and evaluating the microstructure of materials plays a decisive role in determining final product quality. To optimize this critical process, the JX Metallographic Image Analysis Software—developed by the renowned brand Weiyi—has emerged as an indispensable digital powerhouse for quality control departments and research facilities. This article delivers a comprehensive analysis of its core features, working principles, and why global enterprises are aggressively investing in this software solution.

1. What is the JX Metallographic Image Analysis Software?

The JX Metallographic Image Analysis Software is a highly specialized digital processing solution engineering to interface seamlessly with industrial metallurgical microscopes, such as the Weiyi WY-E inverted series. Rather than forcing technicians to perform tedious manual observations and estimations through an eyepiece, this software acts as the central intelligence hub of your workstation. It captures high-resolution optical inputs from digital cameras and quantifies them into precise, actionable scientific data.

2. Core Technical Features of the JX Software

The JX Software comes packed with an array of powerful tools designed to tackle the most complex phase identification and material characterization challenges in modern laboratories.

Automated Microstructure Rating (Auto-rating)

The standout competitive advantage of the JX software lies in its massive built-in database, featuring over 600 international and national standard modules (such as ASTM, GB, JB, and YB). By deploying advanced computer vision algorithms, the software automatically detects, calculates, and grades:

Grain Size Analysis: Swift execution of intercept or planimetric methods (e.g., ASTM E112) to determine grain size numbers.
Non-Metallic Inclusion Rating: Automated screening to assess steel cleanliness, categorizing sulfides, aluminates, and oxides.
Phase Area Fraction: Precise calculation of percentage ratios between different microstructural phases like Austenite, Ferrite, Pearlite, or Martensite.

Ultra-Precise Quantitative Geometric Measurement

Going far beyond simple visual inspection, the software provides operators with interactive tools to measure microstructural dimensions with near-zero human error:

Micro-length, perimeter, angle, and area calculations of irregular phase boundaries.
Accurate depth determination for case-hardened layers (carburizing, nitriding) and multi-layer electroplating or thermal spray coatings.

Advanced Image Enhancement Algorithms

To compensate for imperfectly polished metallographic specimens or low-contrast etched samples, JX offers a robust graphical optimization suite:

Digital Noise Reduction: Smooths out surface scratches and artifacts without compromising the integrity of grain boundaries.
Extended Depth of Field (EDF): Automatically stacks multiple focal planes to create a perfectly sharp image of rough, fractured, or uneven surfaces.
Panoramic Image Stitching: Effortlessly merges multiple fields of view into a single, seamless, high-resolution macro overview.

3. Streamlined Workflow and One-Click Automated Reporting

The true value of the JX software is found in its user-centric automation. The operational workflow is engineered for maximum throughput. Once the digital camera transmits the live microstructural view to the computer, the engineer simply selects the desired international testing standard module from a dropdown menu.

The software then scans the live matrix, processes the geometric data, and displays the compliance rating within seconds. Furthermore, the One-Click Automated Reporting feature eliminates manual documentation. It instantly exports the processed images, statistical histograms, and grading matrices directly into standardized Word or Excel templates, formatted to pass stringent industrial audits.

4. Real-World Applications in Modern Industries

Thanks to its remarkable processing speed and data accuracy, the JX Metallographic Image Analysis Software is globally deployed across multiple heavy industry sectors:

Quality Assurance & Control (QA/QC): Implemented in foundries, steel mills, automotive powertrain manufacturing, and aerospace component heat-treatment plants.
Research & Development (R&D): Utilized by material science institutes and technical universities to run deep failure analysis and study alloy degradation.
Third-Party Inspection Bodies: Serves as a definitive benchmarking software to certify commercial metal shipments.

5. Conclusion

Transitioning from traditional, subjective microscope viewing to utilizing the JX Metallographic Image Analysis Software is a vital strategic upgrade. It digitizes your laboratory, eliminates operator subjectivity, and dramatically cuts down inspection turn-around times. For manufacturers aiming for global supply chain integration, this software is the ultimate key to proving material integrity.

Industrial Microscope Repair at CDL Precision

MAXLAB JSC — Sun, 10 May 2026 04:24:52 +0000

Maxlab Equipment Company has successfully completed and delivered the Soptop microscope camera repair project for CDL Precision in Vinh Phuc (Phu Tho moi). The system now operates stably, delivering sharp images that fully meet the rigorous inspection standards for high-precision circuit boards and components.

The Critical Need for Industrial Microscope Repair at CDL Precision

CDL Precision stands as a pioneering enterprise in manufacturing high-precision components within the industrial zone of Vinh Phuc (Phu Tho moi). The advanced production lines here require continuous support from high-magnification optical inspection equipment. Among these systems, the Soptop industrial microscope plays a core, irreplaceable role. This specialized device allows quality control technicians to monitor surface finishes and detect microscopic defects on sub-millimeter components before they advance to assembly.

However, following an extended period of continuous 24/7 manufacturing operations, the microscope’s integrated camera module encountered severe technical anomalies. The live display image became increasingly blurry, lost its natural color accuracy, and suffered from significant frame-rate lagging. These technical issues severely disrupted the quality control timeline and directly threatened the overall manufacturing output of the entire facility.

Recognizing the critical urgency of this production bottleneck, the management team at CDL Precision immediately contacted Maxlab Equipment Company. As a leading, trusted provider in the maintenance and repair of industrial optical equipment, Maxlab responded swiftly to minimize factory downtime.

Maxlab – The Leading Expert in Industrial Microscope Camera Repair

Maxlab Equipment Company houses a team of highly specialized technical engineers who possess deep, certified expertise in Soptop’s full optical product portfolio. Immediately upon receiving the urgent technical request from CDL Precision, the Maxlab engineering department dispatched a mobile technical team directly to the production facility to conduct an exhaustive diagnostic survey.

The comprehensive technical inspection of the digital camera system connected to the Soptop industrial microscope included:

Measuring power supply stability and mapping peripheral signal transmission lines.
Testing the internal CMOS/CCD image sensor for dead pixels and electronic degradation.
Evaluating the clarity, alignment, and physical scratch status of the internal polarising lenses.
Inspecting physical HDMI/USB connectivity ports and diagnostic measuring software integration.

Through rigorous diagnostic isolation, Maxlab engineers identified the root cause: electronic component degradation within the camera’s core image processing circuit board, compounded by deep industrial dust accumulation inside the optical prism assembly due to harsh factory environmental exposure.

Professional Repair Process for Permanent Issue Resolution

To guarantee an expedited delivery timeline for CDL Precision, Maxlab implemented a specialized, cleanroom-grade repair protocol:

1. Optical System Deep Cleaning and Maintenance

Engineers carefully disassembled the delicate camera module using certified anti-static precision tools. They utilized specialized chemical solutions to eliminate micro-dust particles and industrial oil films from the thấu kính (lenses). This meticulous process guarantees that incoming light waves pass through without any optical refraction or distortion.

2. Genuine Electronic Component Replacement

The damaged ICs responsible for image signal processing were replaced using genuine, factory-certified Soptop replacement parts. Maxlab strictly commits to utilizing zero counterfeit or substandard aftermarket components, ensuring maximum hardware durability during long-term industrial operations.

3. Software Synchronization and Focal Alignment

Following precise hardware reassembly, the digital camera was reconnected to the primary display monitors and central computers. Engineers executed advanced white balance calibration and configured the digital measurement scale calibration matrix within the proprietary inspection software. This careful calibration ensures zero measurement error margins when inspectors evaluate microscopic component dimensions.

Final Delivery Results and Quality Commitments from Maxlab

The microscope repair project concluded precisely within the committed timeline, ensuring that CDL Precision in Vinh Phuc (Phu Tho moi) avoided costly delivery delays on their international orders. The formal acceptance inspection confirmed outstanding results:

The live feed from the camera achieved crystal-clear, high-resolution output with all digital noise and artifacts completely eliminated.
Video frame rates remained perfectly fluid, enabling rapid snapshot capturing and real-time defect recording.
The Soptop industrial microscope system successfully recovered 100% of its original factory-spec operational efficiency.

Maxlab Equipment Company does not merely resolve immediate hardware failures; we provide long-term, comprehensive warranties for all repaired components. We stand alongside our partners, offering continuous remote technical troubleshooting and rapid on-site support so that enterprises can focus entirely on maximizing manufacturing productivity.

If your factory’s industrial microscope or digital measurement camera systems are experiencing technical errors, contact Maxlab Equipment Company today to receive the most cost-effective, premium technical solution.

Authorized Dealer for Veiyee in Vietnam

MAXLAB JSC — Wed, 06 May 2026 15:19:43 +0000

Maxlab Equipment Officially Appointed as Authorized Dealer for Veiyee in Vietnam

In our continuous effort to provide the most advanced and accurate material testing solutions, Maxlab Equipment is proud to announce that we have officially become the authorized dealer for Veiyee (Jinan Veiyee Instrument Co., Ltd) – a leading manufacturer of hardness testers and metallographic preparation equipment in China.

This strategic partnership marks a significant milestone, strengthening Maxlab’s leading position in providing laboratory equipment in Vietnam and offering customers high-quality choices with optimized investment costs.

About Veiyee – A Leading Expert in Hardness Testing

Veiyee is a name synonymous with quality in the precision measurement industry. With years of intensive research and development, Veiyee has built a diverse product ecosystem that meets the world’s most stringent standards, such as ISO and ASTM.

Veiyee hardness testing machines are renowned for their high durability, ergonomic design, and, most importantly, absolute precision in measurement results. Beyond hardness testing, the brand also leads the market in providing metallographic equipment (cutting, grinding/polishing, and mounting machines) for in-depth material structure analysis.

Why Choose Veiyee Hardness Testers?

When it comes to quality control in mechanical engineering, manufacturing, or metallurgy, determining the hardness index is a critical requirement. Veiyee equipment addresses this challenge perfectly through several outstanding advantages:

Advanced Sensor Technology: Minimizes errors during the loading process for consistent results.
Wide Product Range: From Rockwell, Brinell, and Vickers hardness testers to integrated universal testing machines.
User-Friendly Interface: Modern touchscreens and data analysis software allow operators to navigate with ease.
Competitive Cost: Compared to Japanese or European brands, Veiyee delivers performance beyond expectations at a much more accessible price point.

Maxlab – Your Trusted Provider of Veiyee Solutions in Vietnam

As the official dealer for Veiyee, Maxlab is committed to delivering real value to our customers through three core pillars:

1. 100% Genuine Products

All hardness testers and metallographic machines provided by Maxlab come with full Certificates of Origin (CO) and Certificates of Quality (CQ) directly from the Veiyee factory. Customers can have total peace of mind regarding the authenticity and technical standards of their equipment.

2. Highly Skilled Technical Team

We don’t just sell machines; we provide solutions. The engineering team at Maxlab has been directly trained by Veiyee, ready to support customers from selecting the right machine to installation, operation training, and equipment calibration.

3. Dedicated After-Sales Service and Warranty

As an authorized dealer, Maxlab ensures that a stock of replacement parts is always available. The warranty policy, following Veiyee standards, helps businesses minimize downtime and ensures the continuity of production and research.

Key Veiyee Product Lines Distributed by Maxlab

Maxlab currently focuses on distributing Veiyee’s “flagship” product lines, including:

Rockwell Hardness Testers: Automatic and semi-automatic models, ideal for hardened steel and aluminum alloys.
Vickers/Micro-Vickers Hardness Testers: The optimal solution for small parts, coating layers, and thin materials.
Brinell Hardness Testers: Specialized for materials with coarse structures like cast iron and forged steel.
Metallographic Preparation Equipment: High-precision grinding, polishing, and cutting machines that help achieve sharper microstructural observations.

Conclusion

The combination of Maxlab Equipment’s reputation and Veiyee’s superior technology promises to bring a new standard of excellence to the Vietnamese measurement market. We believe that owning a high-quality hardness tester from Veiyee will help you optimize your QC processes and enhance your competitive edge in the industry.

For consultation on Veiyee hardness testing machines or metallographic equipment, please contact Maxlab for the fastest support.

Contact Information:

Maxlab Equipment Company
Address: Ha Dong, Hanoi
Hotline: 0986.666.914
Email: marketing@maxlab-jsc.com

Manual SMD Counter vs. Seamark XC1000 Auto X-Ray SMD Counter: Which is the Smarter Investment?

MAXLAB JSC — Sun, 12 Apr 2026 03:43:00 +0000

Manual SMD Counter vs. Seamark XC1000 Auto X-Ray SMD Counter: Which is the Smarter Investment?

In the fast-paced world of Surface Mount Technology (SMT) manufacturing, inventory accuracy is the backbone of operational efficiency. Discrepancies in component counts can lead to costly line stops, wasted labor, and delayed shipments. As factories move toward Industry 4.0, a critical debate arises: Should you stick with the traditional Manual SMD Counter or upgrade to an Auto X-Ray SMD Counter, such as the industry-leading Seamark XC1000?

This article provides an in-depth comparison of these two technologies to help you determine which solution fits your production scale and long-term goals.

1. Understanding Manual SMD Counters (The Traditional Way)

A manual or semi-automatic SMD counter operates on optical or mechanical sensor principles. The reel must be mounted on a feeder, and the carrier tape is pulled through a sensor head. The machine counts the components by detecting the sprocket holes or using an optical eye to spot the components themselves.

The Workflow: Requires a technician to manually load the reel, thread the tape, wait for the winding process to complete, and then rewind the tape back onto the original reel.
The Limitations: It is a physical process. If the tape is damaged or if the components are missing from the pockets (empty pockets), basic manual counters might miscount. Furthermore, it is restricted to components already taped and reeled.

2. Introducing the Seamark XC1000 Auto X-Ray SMD Counter

The Seamark XC1000 represents a paradigm shift in component counting. Instead of physical movement, it uses high-resolution X-ray imaging combined with Artificial Intelligence (AI) to “see” through materials.

The Workflow: The operator simply places the reel (or multiple reels) into the machine’s drawer. The X-ray source emits radiation that penetrates the packaging, and a digital detector captures the image. The software then counts every single chip in seconds.
Capabilities: It handles 7″ to 15″ reels, JEDEC trays, and even loose components or cut tapes.

3. Head-to-Head Comparison: Manual vs. Seamark XC1000

Feature	Manual SMD Counter	Seamark XC1000 (X-Ray)
Counting Speed	3–5 minutes per reel	< 10 seconds per reel
Accuracy Rate	~98% (prone to human/tape error)	> 99.9% (AI-powered precision)
Labor Intensive	High (1 person per machine)	Low (1 person can manage multiple)
Component Safety	Risk of ESD and physical damage	Non-contact, Zero physical risk
Data Integration	Manual entry into ERP/MES	Automatic API/MES synchronization
Counting Loose Items	Impossible	Fully Supported

4. Key Advantages of Upgrading to the Seamark XC1000

Exponential Increase in Productivity

Time is money in SMT assembly. A manual counter requires the tape to be physically wound and unwound. For a large warehouse receiving 500 reels a day, manual counting is a bottleneck that requires a large team. The Seamark XC1000 can count four 7-inch reels simultaneously in under 15 seconds. This allows one operator to do the work of five, significantly reducing overhead costs.

Preserving Component Integrity (ESD & MSD Safety)

One of the hidden costs of manual counting is the compromise of component quality. To use a manual counter, you must often break the vacuum-sealed Moisture Barrier Bag (MBB). This exposes sensitive components (MSL items) to humidity and potential Electrostatic Discharge (ESD) during the winding process.
The XC1000 counts directly through the sealed bag. This ensures that the components remain in a factory-perfect state, extending floor life and reducing the risk of “popcorning” during reflow soldering.

Advanced AI and “Deep Learning

The Seamark XC1000 isn’t just a camera; it’s an intelligent system. Its AI algorithms are trained to recognize various component types, from 01005 passives to complex BGA and IC chips. It can even detect “empty pockets” within a reel—something manual counters often struggle with. This level of detail ensures that your ERP system reflects the actual quantity, not just an estimate.

Seamless Smart Factory Integration

The XC1000 is built for the “Smart Factory.” It features an automatic label printing system and can communicate directly with your Warehouse Management System (WMS) or Manufacturing Execution System (MES). Once the count is finished, it prints a new barcode with the updated quantity, eliminating human data-entry errors which are the leading cause of inventory “ghost stocks.”

5. Return on Investment (ROI) Analysis

While the initial cost of a Seamark XC1000 is higher than a manual counter, the ROI is typically achieved within 6 to 12 months for medium-to-large-scale manufacturers.

Labor Savings: Reduction of 70-80% in warehouse staff hours.
Accuracy Savings: Eliminates “line-down” situations caused by unexpected component shortages.
Quality Savings: Reduces scrap caused by ESD or humidity exposure during manual counting.

6. Conclusion: Which is Right for You?

The Manual SMD Counter is a viable tool for small-scale prototyping shops or hobbyist labs where volume is negligible and time is not a critical factor.

However, for professional EMS (Electronic Manufacturing Services) providers and high-volume OEMs, the Seamark XC1000 Auto X-Ray Counter is no longer a luxury—it is a necessity. It provides the speed, precision, and data connectivity required to stay competitive in a global market. By choosing Seamark, you are not just buying a machine; you are implementing a sophisticated inventory control system that guarantees production continuity.

Selecting the Ideal BGA Rework Station for PCB and SMT Manufacturing Plants: A Strategic Guide

MAXLAB JSC — Wed, 08 Apr 2026 13:31:31 +0000

In the rapidly evolving world of electronics manufacturing, the transition toward miniaturization and high-density interconnects has made the BGA (Ball Grid Array) package a standard. While BGA components offer superior electrical performance and space efficiency, they present a significant challenge when defects occur during the Surface Mount Technology (SMT) process. Unlike leaded components, BGA solder joints are tucked beneath the component body, making manual touch-ups impossible.

For a modern PCB assembly (PCBA) plant, investing in a high-quality BGA Rework Station is not just about repairs—n it is about quality assurance, waste reduction, and maintaining a competitive edge. This guide explores the critical factors for selecting the right equipment to integrate into your production line.

1. The Critical Role of BGA Rework in SMT Production

In a high-volume SMT environment, even a 99% yield rate leaves a significant number of boards requiring rework. Discarding high-value multi-layer PCBs due to a single misaligned BGA or a solder bridge is economically unsustainable.

A professional BGA rework system allows technicians to desolder, reball, and resolder components with surgical precision. By mimicking the original reflow profile of the SMT oven, these machines ensure that the thermal stress on the PCB is minimized, preserving the structural integrity of the copper traces and surrounding sensitive components.

2. Key Technical Specifications to Consider

A. Heating Technology: Hot Air vs. Infrared (IR)

The heating method is the heart of any rework station. There are three primary types used in industrial settings:

Hot Air Systems: These use nozzles to direct heated air specifically at the BGA. They provide a highly uniform temperature distribution and are preferred for densly populated boards where you need to protect adjacent components from “heat creep.”
Infrared (IR) Systems: IR uses light energy to heat the board. The advantage is that it doesn’t require specific nozzles for different chip sizes. However, IR can be sensitive to component color (darker surfaces absorb more heat), requiring more sophisticated sensor monitoring.
Hybrid Systems: Many top-tier manufacturers, such as Seamark ZM or PDR, utilize hybrid technology—using hot air for the top heater and IR for the large bottom pre-heater. This is widely considered the “Gold Standard” for industrial PCB rework.

B. Precision Optical Alignment Systems

Manual placement of a BGA with hundreds of pins is prone to failure. For a manufacturing plant, a Split-Vision Optical Alignment system is mandatory. This technology uses a high-definition CCD camera and a prism to overlay the image of the BGA solder balls onto the PCB pads on a monitor. This allows the operator to align the X, Y, and Theta axes with micron-level accuracy before the machine automatically lowers the chip for soldering.

C. Multi-Zone Thermal Management

To prevent PCB warping (a common cause of “popcorning” or internal delamination), the machine must heat the board evenly. Look for a system with at least three independent heating zones:

Top Heater: Focuses on the component.
Bottom Heater: Directs heat to the underside of the BGA area.
Large IR Pre-heater: Warms the entire PCB to a base temperature (e.g., 100°C–150°C) to prevent thermal shock and board bending.

D. Software and Profile Traceability

In the era of Industry 4.0, data is king. Your rework station should feature “closed-loop” temperature control with highly sensitive thermocouples. The software must be able to store hundreds of thermal profiles and, more importantly, export “Rework Reports.” This traceability is often a requirement for ISO-certified plants or those serving the medical and aerospace sectors.

3. Top Market Choices for 2026

When scouting for equipment, several brands dominate the industrial landscape:

High-End Precision: Brands like Ersa (Germany) or PDR (UK) are renowned for their non-contact IR technology and exceptional build quality, though they come with a premium price tag.
Industrial Workhorses: Seamark (Zhuomao) and Quick offer robust, high-performance machines (such as the ZM-R7220A or ZM-R7850A) that provide the best price-to-performance ratio for mid-to-large scale SMT factories.
Specialized Repair: For smaller labs or mobile device specialists, companies like Honton provide reliable entry-level industrial systems.

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4. Return on Investment (ROI) Analysis

While a professional BGA rework station can cost anywhere from $8,000 to $30,000, the ROI is often realized within the first 6–12 months. By successfully recovering just 5–10 high-value server boards or automotive ECU modules per month, the machine pays for itself. Furthermore, having this capability in-house reduces lead times for clients who would otherwise have to wait for third-party repair services.

Conclusion

Selecting a BGA rework station for an SMT plant is a balance between thermal precision, ease of use, and long-term reliability. By prioritizing optical alignment and multi-zone heating, your facility can ensure that “reworked” boards meet the same rigorous quality standards as those fresh off the assembly line.

Veiyee WY-E Metallurgical Microscope: The Ultimate Material Analysis Solution by Maxlab Vietnam

MAXLAB JSC — Mon, 06 Apr 2026 12:52:13 +0000

In the rapidly evolving landscape of industrial manufacturing and materials science, the ability to analyze microscopic structures with absolute precision is no longer a luxury—it is a necessity. For laboratories, quality control (QC) departments, and research institutions across Vietnam, finding a balance between high-end optical performance and cost-efficiency is a top priority.

The Veiyee WY-E Metallurgical Microscope, distributed officially by Maxlab Vietnam, stands as a premier solution designed to meet these rigorous demands. This professional-grade instrument offers the clarity, stability, and advanced imaging capabilities required for deep-tier material inspection.

1. What is the Veiyee WY-E Metallurgical Microscope?

The Veiyee WY-E is an inverted metallurgical microscope (also known as a metallographic microscope) specifically engineered for the observation of opaque specimens. Unlike biological microscopes that use transmitted light to pass through thin samples, the WY-E utilizes a sophisticated reflected light system. This allows users to inspect the surface structures of metals, alloys, ceramics, semiconductors, and composite materials that do not allow light to pass through them.

Manufactured by Veiyee (Laizhou Weiyi Experimental Machinery Manufacture Co., Ltd.), a leading name in metallographic sample preparation and analysis equipment in China, the WY-E model represents the pinnacle of their inverted microscope series. It is widely recognized for its robust mechanical build and superior “Infinite Distant Correction” optical system.

2. Technical Excellence: Key Features of the WY-E Model

The Veiyee WY-E is packed with technical innovations that streamline the workflow of metallurgists and lab technicians. Below are the core features that define this instrument:

Advanced Infinite Optical System

At the heart of the WY-E is an Infinite Distant Correction Optical System. This technology ensures that the light rays passing through the objective are parallel, which eliminates ghosting and optical aberrations. The result is a high-contrast, flat field of view that remains sharp from the center to the very edges of the image.

High-Precision Objectives and Eyepieces

The standard configuration includes a suite of Long Working Distance (LWD) Plan Achromatic Objectives:

LMPL5X / 0.15 (Working Distance: 10.8mm)
LMPL10X / 0.3 (Working Distance: 10mm)
LMPL20X / 0.45 (Working Distance: 4mm)
LMPL50X / 0.55 (Working Distance: 7.8mm)
LMPL100X / 0.80 (Working Distance: 2.1mm)

Combined with the PL10X/22mm ultra-wide field eyepieces, the system provides a total magnification range from 50X to 1000X, allowing for everything from broad survey scans to high-resolution structural analysis.

Ergonomic Inverted Design

The inverted architecture of the WY-E is particularly advantageous for industrial settings. Because the objectives are located beneath the stage, the size and weight of the specimen are less restricted. Users can simply place a large, flat-polished metal sample on the stage without worrying about height limitations or hitting the objective lens. The viewing head is tilted at a comfortable 45-degree angle, reducing neck strain during long hours of observation.

Professional Kohler Illumination

The WY-E features a 12V/50W halogen reflected lighting system based on the Kohler illumination principle. This system provides uniform brightness across the entire field of view. It includes a variable aperture diaphragm and a center-adjustable field diaphragm, giving the user complete control over contrast and depth of field.

3. Industrial Applications in the Vietnam Market

Vietnam’s growing status as a global manufacturing hub has increased the demand for reliable material testing. The Veiyee WY-E, supplied by Maxlab, serves several critical sectors:

Foundry and Steel Production: Essential for identifying grain size (ASTM E112), phase distribution, and non-metallic inclusions in cast iron and steel.
Automotive and Aerospace: Used for failure analysis and checking the integrity of heat-treated components like gears and engine blocks.
Electronics Manufacturing: Perfect for inspecting PCB cross-sections, solder joint quality, and semiconductor wafer surfaces.
Heat Treatment Services: Helps verify the depth of decarburization and the success of surface hardening processes.
Academic Research: Provides a cost-effective yet high-performance tool for universities and technical institutes focusing on materials science.

4. Digital Integration and Analysis Software

In modern laboratories, visual observation is only half the task. The Veiyee WY-E is a “Computer Metallographic Microscope,” meaning it is fully equipped for digital documentation.

Maxlab provides the

WY-E

with a Trinocular head (three-eye design) that allows for the simultaneous mounting of a high-resolution camera. When paired with the FMIA2020 Metallographic Image Analysis Software and a 5MP or 9MP Sony-chip camera, the system can:

Capture and Save: Store high-definition images for reporting.
Measure: Perform precise measurements of lengths, areas, and angles.
Analyze: Automatically calculate grain size, nodularity in cast iron, and porosity levels according to international standards.

Seamark BGA Rework Stations: The Ultimate Chipset Repair Solution in Vietnam

MAXLAB JSC — Sun, 05 Apr 2026 07:49:14 +0000

Are you looking for a high-precision solution for desoldering and reballing BGA chipsets? Seamark (Zhuomao) – a world-leading brand in Rework Stations – is now available in Vietnam through the prestigious authorized distributor, Maxlab Equipment Company.

1. Why Choose Seamark BGA Rework Stations for Your Service Center?

In the digital age, electronic motherboards are becoming increasingly sophisticated with high-density components. Repairing Ball Grid Array (BGA) chips and micro-SMD components requires extremely strict thermal control and alignment precision.

Seamark ZM (a brand of Shenzhen Zhuomao Technology) is renowned for its advanced chipset welding machines, which minimize the risk of board warping or chip damage caused by thermal shock.

Outstanding Advantages of Seamark BGA Machines:

Optical Alignment System: Features high-definition industrial CCD cameras (up to 1.3MP) to ensure chip pins and PCB pads are aligned with micrometer-level accuracy.
Intelligent Temperature Control: Utilizes stable hot air heating technology combined with Infrared (IR) pre-heating and PID control systems to maintain minimal temperature deviation.
Automated Operation: Premium models like the Seamark ZM-R7220A or ZM-R6200 support fully automated desoldering, mounting, and cooling processes, significantly boosting productivity.
Versatile Applications: Ideal for PC motherboards, smartphones, TVs, telecommunications equipment, and high-end semiconductor components.

2. Popular Seamark BGA Rework Models Distributed by Maxlab

Depending on your needs—from mobile repair shops to industrial SMT lines—Maxlab offers a diverse range of models:

Seamark ZM-R7220A: A high-end workstation with real-time temperature monitoring, specialized for complex ICs and large PCBs.
Seamark ZM-R5860: A cost-effective, semi-automatic solution that maintains high precision, perfect for medium-sized warranty centers.
Seamark ZM-R730A: A heavy-duty station with high power (up to 7.75KW), capable of handling extra-large PCBs (max 632*520mm).

3. Why Purchase Seamark Equipment from Maxlab Equipment Company?

Choosing an authorized distributor like Maxlab in Vietnam ensures absolute peace of mind regarding quality and after-sales service:

100% Genuine Products: Fully documented with Certificates of Origin (CO) and Quality (CQ) directly from Seamark ZM.
Expert Technical Support: Maxlab’s team of experienced engineers provides on-site operation training and technology transfer.
Dedicated Warranty Policy: Long-term warranty according to manufacturer standards, with fast availability of genuine spare parts.
Competitive Pricing: Maxlab offers optimized investment solutions for businesses and repair workshops in Vietnam.

4. Contact Us for Consultation and Quotation

Don’t let outdated equipment limit your repair capabilities. Upgrade to a Seamark BGA Rework Station to demonstrate professionalism and increase your repair success rate.

Nikon Microscope Repair: Eclipse LV150N Microscope Camera Upgrades for Interflex Vina by Maxlab JSC

MAXLAB JSC — Sun, 22 Mar 2026 04:43:28 +0000

A comprehensive case study on how Maxlab JSC provided professional Nikon microscope repair and high-definition camera upgrades for Interflex Vina. Learn how we restored precision and enhanced digital imaging for the Nikon Eclipse LV150N series.

1. The Importance of Precise Nikon Microscope Repair in Electronics Manufacturing

In the high-tech environment of Interflex Vina, specialized in flexible printed circuit boards (FPCB), microscopic inspection is the backbone of Quality Control. The Nikon Eclipse LV150N is a workhorse in this industry, known for its superior CFI60-2 optical system. However, even the best instruments require expert maintenance to prevent production downtime.

Choosing a specialized partner for Nikon microscope repair like Maxlab JSC ensures that your high-value equipment is handled with technical precision, adhering to international standards.

2. Current State Assessment of the Nikon Eclipse LV150N at Interflex Vina

Before beginning the restoration, Maxlab JSC’s engineering team performed a deep diagnostic on the units at Interflex Vina. We identified three critical areas for improvement:

Optical Degradation: Years of industrial use led to internal dust accumulation and slight “haze” on the objectives, reducing contrast and clarity.
Outdated Imaging System: The original analog or low-resolution digital cameras were no longer compatible with modern high-speed data demands.
Mechanical Wear: The focus knobs and stage movement required recalibration to ensure smooth operation during high-magnification inspections.

3. Maxlab JSC’s Technical Solution: Restoration & Digital Transformation

Our approach for Interflex Vina wasn’t just a simple fix; it was a total system revitalization.

3.1. Standardized Nikon Microscope Repair Protocol

Maxlab JSC follows a rigorous multi-step process for every Nikon system:

Deep Cleaning: Using specialized non-residual solutions to clean CFI60-2 optics.
Mechanical Calibration: Adjusting the torque of coarse/fine focus knobs and ensuring the XY stage is perfectly level.
Light Path Alignment: Tuning the episcopic (reflected) illuminator to provide perfectly uniform brightness across the field of view.
Parcentricity Check: Ensuring the sample stays centered when switching between 5x, 10x, 20x, and 50x objectives.

3.2. 4K Digital Camera Upgrade for Enhanced Inspection

To bring the LV150N into the modern era, we integrated an Ultra-HD Industrial Camera system. This upgrade included:

CMOS Sensor Technology: Replacing old sensors with high-sensitivity 4K sensors for noise-free imaging.
Advanced Software Integration: Installing measurement software that allows Interflex technicians to perform live measurements (length, area, angle) with 0.1μm precision.
Direct Connectivity: HDMI/USB 3.0 outputs for lag-free live streaming to large 4K monitors, reducing operator eye strain.

4. Why Interflex Vina Partners with Maxlab JSC?

In the competitive landscape of industrial equipment services in Vietnam, Maxlab JSC stands out for several reasons:

Nikon Expertise: Our technicians are deeply familiar with the entire Nikon Eclipse industrial lineup (LV100, LV150, L200).
Official Solutions: We provide authentic spare parts and certified optical components to maintain the “Nikon Quality” of your images.
Proven Track Record: Our successful deployment at Interflex Vina is a testament to our ability to handle large-scale factory requirements.
Cost-Efficiency: By upgrading the camera and repairing the optics, we helped the client avoid the massive expense of purchasing entirely new microscope stands.

5. Measurable Benefits After the Upgrade

Post-implementation, the results at Interflex Vina were immediate:

Increased Defect Detection: The 4K resolution allowed for the identification of micro-cracks and soldering bridge defects that were previously invisible.
Streamlined Documentation: QC reports are now generated with a single click, including high-res photos with embedded measurement data.
Extended Equipment Life: The specialized maintenance added years of expected service life to the existing Nikon hardware.

6. Professional Maintenance Tips for Industrial Microscopes

To protect your investment after a Nikon microscope repair, Maxlab JSC recommends:

Humidity Control: Always keep the microscope in a room with a dehumidifier (ideally <50% RH) to prevent fungus growth on thấu kính.
Proper Lighting Usage: If your
LV150N

uses Halogen bulbs, turn them off during breaks to prevent heat buildup; for LED versions, ensure stable voltage.
Lens Care: Never use standard tissues; only use high-grade lens paper and approved cleaning agents.

7. Contact Maxlab JSC for Expert Microscope Services

Is your microscope performing below its potential? Whether you need a simple calibration or a complete digital overhaul, Maxlab JSC is ready to assist.

Company Name: Maxlab Equipment & Solution Joint Stock Company (Maxlab JSC)
Website: maxlab-jsc.com
Head Office: VP905, 9th Floor, Ho Guom Plaza, 102 Tran Phu, Ha Dong, Hanoi.

Maxlab Delivers Seamark R720A BGA Rework System to Hanoi Mobility (Bac Ninh)

MAXLAB JSC — Sat, 21 Mar 2026 02:55:00 +0000

BGA Rework Seamark R720A is the breakthrough technological solution recently delivered by Maxlab Company to our partner, Hanoi Mobility, in Bac Ninh. Implementing this genuine Seamark BGA Rework system not only optimizes the repair process for micro-electronic components but also reaffirms a commitment to absolute precision and quality in modern industrial manufacturing.

1. The Vital Role of BGA Rework Technology in Bac Ninh’s Electronic Hub

Bac Ninh stands as Vietnam’s largest electronics manufacturing center, hosting global supply chains. Hanoi Mobility, a leading high-tech service provider, constantly faces the challenge of processing Printed Circuit Boards (PCBs) with high component density.

Components such as BGA, CSP, and Micro SMD chips require extremely low mounting tolerances. Manual methods often result in high PCB failure rates. Therefore, equipping a specialized BGA Rework machine like the Seamark R720A is a strategic move to:

Eliminate the risk of thermal damage to surrounding components.
Ensure 100% perfect contact for solder balls.
Accelerate the recovery and reuse of expensive components, reducing waste.

2. Outstanding Advantages of Seamark R720A Provided by Maxlab

After surveying the practical needs at the Hanoi Mobility factory, Maxlab’s technical team recommended the Seamark R720A—the most advanced model in the micro-chip repair segment.

HD Optical Alignment System

Unlike conventional machines, the R720A features a high-resolution camera system that allows for sharp digital overlays of the chip pins and the PCB position. This enables technicians to adjust the chip position with micrometer precision before proceeding with the thermal soldering process.

3-Zone Independent Heating Technology

The machine is designed with three independent heaters (Top, Bottom, and IR Preheater). This combination creates a perfect “thermal profile,” allowing heat to distribute evenly without deforming the board. Notably, the top hot air nozzle can rotate 360 degrees, fitting any BGA chip angle.

High Level of Automation

Every process—from chip suction and alignment to re-soldering—is pre-programmed on a 7-inch touch screen. Technicians simply select the appropriate thermal profile, and the machine automatically executes the remaining steps, minimizing human error.

3. Comparison Table: Seamark R720A vs. Traditional BGA Rework Systems

To understand why Hanoi Mobility chose to invest in this model, let’s look at the comparison below:

Feature	Traditional BGA Rework	Seamark R720A (Provided by Maxlab)
Alignment System	Manual (By eye)	HD Optical (Digital Overlay)
Accuracy	± 0.1 mm	± 0.01 mm
Heating Zones	Usually 1-2 zones	3 Independent Zones (Top/Bottom/IR)
Micro Component Handling	Difficult, high failure rate	Specialized for Micro BGA (0.6mm)
Automation	Fully manual	Auto desoldering, soldering & cooling
Thermal Profile Storage	Limited (or none)	Unlimited storage on PLC

4. Technical Specifications of the R720A Model

Specification	Value
Manufacturer	Seamark ZM
Model	R720A
Total Power	5800W
Max PCB Size	412 x 370 mm
Min Chip Size	0.6 x 0.6 mm
Cooling System	High-flow cross-flow fan
Control Interface	7-inch Touch Screen

5. Delivery Process and Technical Support from Maxlab

For the project at Hanoi Mobility (Bac Ninh), Maxlab acted not just as an equipment vendor but as a comprehensive technical solution partner:

Shipping & Installation: The equipment was packed to international standards and safely transported to the Bac Ninh factory.
Setup & Calibration: Maxlab engineers performed real-time temperature measurements at the nozzle to synchronize with the control software, ensuring the machine operates according to manufacturer specifications.
In-depth Training: We directly instructed Hanoi Mobility’s technicians on how to create thermal profiles for specific chips (iPhone, Samsung, Industrial Boards, etc.).
Warranty & Maintenance: Maxlab commits to long-term genuine warranty and incident response within 24 hours.

6. Economic Benefits for Hanoi Mobility

Deploying the BGA Rework Seamark R720A has helped Hanoi Mobility achieve impressive results:

Increased Productivity: Processing time for a single BGA chip was reduced by 40%.
Cost Savings: Minimized the disposal of expensive PCBs due to thermal soldering errors.
Enhanced Reputation: Owning modern machinery helps Hanoi Mobility easily pass audits from demanding customers in the electronics supply chain.

7. Maxlab – The Leading Trusted Supplier of BGA Rework Equipment in Vietnam

With the motto “Leading Technology – Dedicated Service,” Maxlab Company is the top choice for both FDI and local enterprises in the electronic repair sector. We take pride in delivering the highest quality BGA Rework products from Seamark to our customers.

If your business in Bac Ninh, Hanoi, or any region nationwide needs an equipment upgrade, contact us today.

Thông tin liên hệ:

CÔNG TY CỔ PHẦN THIẾT BỊ MAXLAB
Địa chỉ: Hà Đông, Hà Nội
Hotline: 0986.666.914
Email: marketing@maxlab-jsc.com
Website: maxlab-jsc.com

Conclusion: The delivery of the BGA Rework Seamark R720A to Hanoi Mobility is a clear testament to the effective cooperation between a reputable equipment supplier and a dynamic manufacturer. Maxlab is committed to continuing to provide the most optimal technological solutions for Vietnam’s electronics industry.

Maxlab Delivers Veiyee Metallographic Cutters to Schlemmer Automotive Parts Vietnam

MAXLAB JSC — Fri, 20 Mar 2026 14:29:27 +0000

Maxlab Company is proud to be the official supplier of Veiyee Metallographic Cutters for Schlemmer Vietnam. Providing high-precision cutting solutions that preserve material structures for the automotive parts industry.

1. Project Overview: Supplying Veiyee Metallographic Cutters

Maxlab Company recently completed the delivery, installation, and operational training of the Veiyee Metallographic Cutting System for Schlemmer Vietnam Co., Ltd.

This partnership is a key step in upgrading the Quality Control (QC) laboratory capabilities at Schlemmer—a global leader in cable protection systems and mechatronics for the automotive industry.

2. Why Schlemmer Chose Veiyee Cutters from Maxlab

Operating under strict IATF 16949 standards, Schlemmer requires absolute precision in material analysis. Veiyee cutters perfectly meet these rigorous demands:

Deformation-Free Cutting: The advanced water-cooling system effectively prevents thermal structural changes during the cutting of metals, plastics, or electronic components.
High Precision: Models like the GTQ-5000 or iQiege-6100 allow for flexible feed speed adjustments, ensuring a flat, smooth cut surface that minimizes subsequent grinding and polishing time.
Safe & Durable Operation: Designed with a sealed cutting chamber, safety glass, and automatic emergency shut-off, these machines are built for high-intensity industrial environments.

3. Featured Veiyee Metallographic Cutters at Maxlab

At Maxlab, we offer a diverse range of Veiyee cutting solutions tailored to specific industrial needs:

High-Precision Cutters (GTQ Series): Specialized for small, delicate components in mechatronic systems.
Universal Abrasive Cutters (iQiege Series): Powerful cutting capacity for large metal workpieces, alloys, or ceramics.

4. Maxlab – Your Trusted Partner in Laboratory Equipment

More than just a supplier, Maxlab Company is committed to delivering long-term value through:

On-site Technology Transfer: Maxlab’s technical team directly installs and trains staff at the partner’s factory.
Genuine Warranty: Ensuring equipment operates stably according to Veiyee’s manufacturer standards.
24/7 Technical Support: Rapid response to all technical inquiries to prevent any production downtime for our clients.

The collaboration between Maxlab and Schlemmer Automotive reaffirms our reputation in providing specialized material analysis solutions. If you are looking for authentic Veiyee Metallographic Cutters, contact Maxlab today for a detailed consultation.