Events – Maxlab

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Outdated Imaging System: The original analog or low-resolution digital cameras were no longer compatible with modern high-speed data demands.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.

Maxlab JSC Delivers Advanced BestScope Optical Microscope Systems to Fine Elecom Vina

MAXLAB JSC — Mon, 16 Mar 2026 14:45:02 +0000

Introduction: The Intersection of Precision Measurement and Modern Manufacturing

In the era of Industry 4.0, the electrical and electronics industry in Vietnam is making rapid strides. Quality Control (QC) is no longer just about visual inspection; it demands high-precision micro-analysis equipment. Recently, Maxlab Scientific Equipment Joint Stock Company (Maxlab JSC) successfully completed the handover and installation of a high-end BestScope optical microscope system for Fine Elecom Vina Co., Ltd.—a leading enterprise in the electronic components sector.

This event not only marks a strategic partnership between the two parties but also reaffirms Maxlab’s reputation as a premier provider of world-class scientific equipment solutions.

1. The Vital Role of Optical Microscopy in the Electronics Industry

The electronics industry requires meticulous attention to every micrometer. Minor defects such as cracks on a PCB, void solder joints, or surface contamination can lead to the failure of an entire system.

1.1. Challenges in Electronic Component Inspection

Fine Elecom Vina, with its modern production lines, prioritizes quality above all else. Observing tiny details on multi-layer circuit boards or checking the flatness of semiconductor materials requires an optical system with extremely high resolution and optimized illumination.

1.2. Solutions from Metallurgical and Upright Microscopes

Optical microscopes, specifically metallurgical microscopes and upright microscopes, serve as the “divine eyes” helping engineers see through material structures. Unlike standard biological microscopes, a metallurgical microscope uses a reflected light system, allowing light to pass through the objective lens, hit the surface of non-transparent samples, and reflect back to the eyepiece.

2. Technical Deep Dive: The BestScope System Delivered to Fine Elecom Vina

For this project, Maxlab consulted Fine Elecom Vina on flagship products from the BestScope brand—a globally renowned name in optical instrumentation.

2.1. Outstanding Technical Features of BestScope

Infinity Optical System: Ensures sharp images, high contrast, and zero chromatic aberration at the edges of the field of view.
Versatile Magnification: Meets the need for inspecting everything from the overall circuit board to the smallest transistor leads.
Intelligent LED Illumination: Cold light protects temperature-sensitive samples while providing stable brightness with a lifespan of up to 50,000 hours.
High-Resolution Digital Imaging: Equipped with specialized CMOS sensors that allow for real-time video streaming and high-definition image capture for documentation.

2.2. Advantages of Upright Microscopes in Production

The upright microscope series allows engineers to easily manipulate large samples. The long working distance (LWD) is a major advantage, permitting the inspection of components directly on trays or holders without the risk of scratching the sample surface.

3. Professional Handover and Technology Transfer Process by Maxlab JSC

At Maxlab, we understand that selling a good device is only the first step. Post-sales service is the factor that determines the customer’s operational efficiency.

Step 1: Survey and Solution Consultation

Maxlab’s technical team directly surveyed Fine Elecom Vina’s laboratory to propose the most suitable configuration for the specific electronic components manufactured at the plant.

Step 2: Installation and Calibration

After transporting the equipment to the factory, Maxlab engineers installed the mechanical systems, connected high-resolution cameras, and set up specialized image analysis software. Every parameter was calibrated according to ISO standards to ensure absolute accuracy.

Step 3: Intensive Operational Training

Maxlab organized a direct training session for Fine Elecom Vina’s QC team. The content included:

Optimal focus techniques and light intensity adjustment for different materials.
Using software to measure dimensions (length, area, angles) directly on live images.
Lens cleaning protocols and periodic maintenance to extend equipment lifespan.

4. Why Fine Elecom Vina Chose Maxlab JSC?

The trust of Fine Elecom Vina is a testament to the core values that Maxlab pursues:

Product Quality: All BestScope devices are 100% genuine, with full international inspection certificates (CO/CQ).
Customized Solutions: We don’t just sell what we have; we provide the solution the customer needs.
Customer-Centric Action: 24/7 technical support team, ready to handle issues within 24 hours to ensure zero production downtime.

5. Strategic Vision in the Scientific Equipment Sector

Partnering with FDI enterprises like Fine Elecom Vina helps Maxlab JSC constantly improve its project management capabilities. We aim to become a technology bridge, bringing the world’s most modern analytical equipment to serve production in Vietnam.

An optical microscope is more than just a measurement tool; it is a commitment to a brand’s prestige in the international market.

6.Conclusion

The handover project at Fine Elecom Vina concluded successfully, opening up opportunities for deeper cooperation in the future. Maxlab sincerely thanks the Board of Directors for choosing us as their equipment partner.

If you are looking for a supplier of metallurgical microscopes, upright microscopes, or optical solutions from BestScope, contact Maxlab today for expert advice.

MAXLAB COMPLETES REPAIR AND CALIBRATION PROJECT FOR VMM MEASUREMENT INSTRUMENT FOR CUSTOMER GU VINA

MAXLAB JSC — Sun, 11 Jan 2026 01:54:55 +0000

In the field of precision measurement, maintaining the perfect operating condition of equipment is a core factor determining the quality of the output product. Recently, Maxlab Equipment Company successfully completed the project: Repair and calibration of a Jaten VMM measuring machine for its strategic partner – GU Vina Company.

With deep expertise in the field of measurement, the engineering team at Maxlab thoroughly resolved technical issues related to the Z-axis system, helping to restore the absolute accuracy of the equipment.

1. Maxlab – A reliable partner in VMM measuring machine repair services

In electronic component manufacturing plants like GU Vina, VMM (Video Measuring Machine) or 2D measuring machines are key equipment in the QC department. When this equipment malfunctions, the entire quality control process is disrupted. Understanding this, Maxlab is always ready to provide quick and professional solutions.

Maxlab’s service is not simply about repairing malfunctions, but also focuses on optimizing operational performance, helping customers save on the cost of investing in new equipment.

2. Analysis of Jaten VMM measuring machine malfunction at GU Vina

Before proceeding with repairs, Maxlab’s experts conducted a comprehensive system inspection. Through the survey, the Jaten VMM measuring machine belonging to customer GU Vina experienced the following problems:

Loss of Z-axis coordinate signal: When moving the measuring head up and down, the parameters on the software did not change or displayed a “Signal Error”.

Physical damage: The Z-axis optical scale was scratched due to accumulated dust and lack of regular maintenance.

Measurement error exceeding the limit: The measurement results of the standard sample were outside the allowable tolerance range, posing a high risk to product shipment.

Based on these results, Maxlab proposed the following technical solution: Replace the Z-axis gauge, readjust the system, and perform VMM calibration after repair.

3. Maxlab Equipment Company’s Technical Implementation Process

Maxlab’s work process is standardized according to strict steps to ensure the highest quality for GU Vina customers.

3.1. Preparation of Genuine Components

To ensure compatibility, Maxlab has directly imported genuine Z-axis optical scales specifically for Jaten machines. Using standard components helps the equipment achieve the highest durability after repair.

3.2. Replacing the Z-axis scale and mechanical alignment

This stage requires the high skill of Maxlab engineers. We perform the following:

Dismantling the faulty optical scale system.

Cleaning the sliding grooves and Z-axis joints.

Installing the new scale with absolute parallelism to the guide axis. A small deviation in installation can lead to rapid scale wear.

3.3. Signal and Software Calibration

After replacing the Z-axis gauge, Maxlab technicians connect and reload the signal pulse parameters into the measurement software. This process helps the machine accurately identify each micrometer movement of the Z-axis.

4. VMM Calibration – Accuracy Commitment from Maxlab

After the hardware is operating stably, Maxlab Equipment Company proceeds with the most important step: Calibration. This step demonstrates Maxlab’s capabilities and credibility.

Repeatability Calibration: Checking the ability to repeatedly measure the same point without changing the result.

Linearity Calibration: Using standard gauge blocks to compare the actual value and the value measured by the machine on the Z-axis.

Certification: After calibration, Maxlab provides a detailed report on the machine’s condition, ensuring the measuring machine meets the standards for production at GU Vina.

5. Benefits of Choosing Maxlab Services

GU Vina customers, and manufacturing businesses in general, always prioritize choosing Maxlab Equipment Company for the following reasons:

In-depth technical expertise: Maxlab’s team has experience handling hundreds of 2D measuring machines and VMM measuring machines from brands such as Jaten, Mitutoyo, Micro-Vu, etc.

Available spare parts: Maxlab possesses a rich spare parts inventory, meeting the needs for replacing Z-axis rulers, cameras, and circuit boards in the fastest way.

Cost optimization: Maxlab’s solutions help extend the lifespan of old equipment, avoiding the need for costly new machine replacements.

Dedicated service: Maxlab not only repairs but also guides GU Vina’s QC team on how to clean and operate the machines to minimize similar malfunctions in the future.

6. Maxlab’s Notes on Protecting VMM Measuring Instruments

To avoid frequent VMM instrument repairs, Maxlab experts recommend the following to customers:

Always maintain a clean measurement room, preventing fine dust from adhering to the optical scale.

Ensure a stable power supply and use an uninterruptible power supply (UPS) to protect the signal circuit.

Perform periodic calibration every 6 or 12 months to detect potential malfunctions early.

7. Conclusion

The handover project of the Jaten VMM measuring instrument to GU Vina Company once again affirms Maxlab Equipment Company’s leading position in the field of technical measurement services. By meticulously performing every step from replacing the Z-axis scale to overall calibration, Maxlab has brought absolute satisfaction and trust to its customers.

If you are experiencing problems with your 2D measuring instruments or VMMs, please contact Maxlab immediately for the best technical support.