Metallurgical Microscope – Maxlab

WY-E Veiyee Inverted Metallurgical Microscope

MAXLAB JSC — Sun, 26 Jul 2026 06:36:45 +0000

EXPLORING THE WY-E VEIYEE INVERTED METALLURGICAL MICROSCOPE – ADVANCED MATERIAL ANALYSIS SOLUTION AT MAXLAB EQUIPMENT

In the era of materials science and mechanical quality control, precise analysis of the microstructure of metals plays a vital role. Understanding this critical need, Maxlab Equipment proudly introduces the WY-E Veiyee Inverted Metallurgical Microscope. Featuring an advanced infinity-corrected optical system, this device delivers outstanding performance for laboratories, foundries, and quality inspection centers in Vietnam.

Intelligent Inverted Design Optimized for Large Specimens

The first significant advantage of the WY-E series from the Chinese brand Veiyee (Laizhou Weiyi) is its inverted configuration. Unlike traditional upright microscopes, the WY-E positions the objective lens nosepiece beneath the mechanical stage, pointing upwards.

This smart architectural design offers highly practical operational benefits:

No limitations on specimen size: You can place large, heavy, or complex-shaped metal blocks directly onto the observation stage without worrying about collisions with the objectives.
Streamlined sample preparation: Users only need to cut, grind, and polish a single flat surface of the specimen. By placing that polished surface face-down onto the stage, perfect focus is instantly achievable. Instead of flattening two parallel surfaces as required by older systems, the WY-E saves technicians maximum preparation time.

Infinity-Corrected Optical System for Breakthrough Clarity

The word “Infinity” in the WY-E Veiyee nomenclature represents the Color Corrected Infinity System (CSIS). This is a cutting-edge optical technology typically found only in premium high-end microscopes.

Light passing through the objective lens is converted into parallel light beams. Thanks to this parallel beam structure, the acquired images achieve absolute flatness from the center to the very edge of the field of view, completely eliminating field curvature and chromatic aberrations.

Furthermore, the infinity system allows Maxlab to seamlessly integrate color filters, optical polarizers, or specialized prisms into the optical path without degrading image quality or shifting the focal point. The device features a versatile magnification range from 50X to 1000X. This is achieved by combining a PL10x/22mm super-widefield eyepiece with a set of four Long Working Distance (LWD) Plan Achromatic metallurgical objectives (5X, 10X, 20X, 50X, 100X). This combination clearly displays grain boundaries, phase structures, and micro-defects within materials.

Digital Camera Connectivity – Digitalizing Lab Data

The WY-E Veiyee inverted metallurgical microscope is engineered with a trinocular observation head inclined at 45 degrees. This ergonomic angle prevents neck fatigue during continuous working hours. The flexible light path design permits efficient light splitting to a dedicated top camera port.

At Maxlab Equipment, we provide fully synchronous solutions connecting the WY-E with high-resolution digital cameras and specialized metallurgical analysis software. Consequently, users can perform the following functions:

Capture high-definition static images and record real-time videos directly on computer screens.
Measure microstructural grain sizes and calculate the thickness of electroplated coatings.
Store systematic testing data and quickly export professional inspection reports for clients.

Precise Mechanical System and Powerful Halogen Illumination

The durability and reliability of the WY-E also stem from its smooth mechanical movements. The coaxial coarse and fine focusing system features a fine tuning accuracy of up to 0.002 mm. This extreme precision allows users to instantly capture focus even at the maximum magnification of 1000X.

The large-size mechanical stage integrates flexible stage clips to accommodate specimens of various diameters. For illumination, a 12V 50W Halogen reflected Köhler system provides uniform, stable light. Technicians can easily adjust both the field diaphragm and aperture diaphragm to highlight the depth, contrast, and topography of cast metals, quenched steels, or delicate weld joints.

Why Choose the Veiyee WY-E Microscope at Maxlab Equipment?

Maxlab Equipment is proud to be a trusted distributor of high-tech microscope lines from the Veiyee brand. When selecting products at Maxlab, customers are fully guaranteed:

100% genuine products with clear origin documentation.
A team of experienced engineers offering configuration advice and on-site installation.
Long-term official warranty and 24/7 technical support.

The WY-E Veiyee inverted metallurgical microscope represents a smart, cost-optimized investment while ensuring flawless material analysis image quality for your enterprise.

BestScope BS-6000A Metallurgical Microscope

MAXLAB JSC — Mon, 18 May 2026 12:42:27 +0000

BestScope BS-6000A Metallurgical Microscope – A Comprehensive Material Analysis Solution

In manufacturing, metallurgy, and electronic component inspection, analyzing the microstructure of materials is crucial for quality control. To meet these strict industry standards, the BestScope BS-6000A metallurgical microscope has become a trusted optical instrument in laboratories and factories worldwide.

This article provides an in-depth analysis of the BS-6000A’s outstanding features and explains why it is a smart investment for your business.

1. What Is a Metallurgical Microscope? Why Choose the BS-6000A?

Unlike conventional biological microscopes that use transmitted light, a metallurgical microscope utilizes a reflected illumination system (Epi-illumination). The light travels down through the objective lens, strikes the surface of the opaque specimen, and reflects back up to the observer’s eyes.

The BestScope BS-6000A is a binocular microscope tailored specifically for this principle. This device allows users to clearly observe materials that do not transmit light. Examples include metals, alloys, ceramics, printed circuit boards, and advanced composites.

2. Outstanding Features of the BestScope BS-6000A

⚙️ Premium Infinite Optical System

The heart of the BS-6000A is its advanced infinite optical system. Combined with the Infinite Plan Achromatic objectives (4×, 10×, 40×), the device effectively eliminates chromatic and spherical aberrations. The resulting image is completely flat and sharp from the center to the very edge of the field of view. This clarity ensures that technicians never miss any microscopic flaws.

💡 Advanced Kohler Illumination Technology

This model features a reflected Kohler illumination system powered by a 6V/20W halogen lamp. It integrates a field diaphragm and an aperture diaphragm. This combination delivers a homogeneous, concentrated light beam onto the sample surface. It highlights grain boundaries, inclusions, and micro-cracks without causing glare or eye strain.

🔬 Ergonomic and Anti-Fatigue Design

The Seidentopf binocular head is inclined at 30° and can rotate a full 360°. Users can easily adjust the interpupillary distance from 48mm to 75mm. The Y-shaped/triangular base provides excellent stability and eliminates vibrations when moving the double-layer mechanical stage (150×140mm). This structural integrity ensures that the coaxial coarse and fine focusing mechanism (with a 0.002mm fine precision scale) operates smoothly.

3. Real-World Applications of the BS-6000A Metallurgical Microscope

With a standard magnification range from 40× to 400× and long working distance objectives, the BS-6000A is a versatile tool across multiple industries:

Mechanical & Metallurgical Quality Control: Analyzing the microstructure of steel, iron, copper, and aluminum; measuring coating thickness; and detecting porosity or micro-cracks after casting or welding.
Electronics & Semiconductor Manufacturing: Inspecting trace lines on printed circuit boards (PCBs), checking solder joints on IC chips, and examining microscopic electronic components.
Research & Education: Serving as an effective educational tool in material science laboratories at universities and scientific research institutes.

4. Pros and Cons Analysis

👍 Pros:

High-quality infinite optical thấu kính providing high-contrast images.
Robust metal frame ensuring high product durability and longevity.
Highly precise coaxial coarse and fine adjustment system.

👎 Cons:

The standard binocular version does not include a dedicated camera port. If you need to save images for reports, you will need to buy an external adapter or choose the trinocular version (BS-6000AT).
Standard magnification maxes out at 400×. For ultra-fine structures requiring 500× to 1000× magnification, optional 50× or 100× dry objectives must be purchased separately.

5. Conclusion: Is the BestScope BS-6000A Worth It?

If your business is looking for a metallurgical microscope that offers stable performance, high durability, and true-to-life imaging at a reasonable price, the BestScope BS-6000A is an optimal choice. It fully meets the strict quality control (QC/QA) requirements of modern industries.

BS-6005D Trinocular Inverted Metallurgical Microscope

MAXLAB JSC — Sun, 11 Jan 2026 07:54:29 +0000

Introduction

BS-6005 series inverted metallurgical microscopes adopt professional metallurgical objective and plan eyepiece to provide superior image, high resolution and comfortable observation. They combine bight field, dark field and polarizing observation. They are widely used in teaching and research of metallographic analysis, semiconductor silicon wafer inspection, geology mineral analysis, precision engineering and similar fields.

Features

1.Dark field observation available

Dark field objectives are available, make observation in dark & bright field.

2.Wide view field

Wide field eyepiece, view field up to 22mm for comfortable observation.

3.High intensity illumination

12V/50W Halogen lamp provide high intensity illumination, can detect the details better.

4.High quality objectives

High quality bright field, bright & dark field metallurgical objective.

5.Large stage

Large size (210 mm×180mm) three-layer working stage, more choice for samples.

6.Viewing head

Light distribution (both): 100 : 0 (100% for eyepiece); 80 : 20 (80% for trinocular head and 20% for eyepiece), easy to use camera and have high definition and high resolution images.

7.Standard polarizing set

BS-6060TRF (LED) Tri-eyepiece Metallurgical Microscope

MAXLAB JSC — Sat, 10 Jan 2026 13:48:24 +0000

The BS-6060TRF(LED) metallurgical microscope is developed for research with many pioneering designs in both form and function. Possessing a wide field of view, high resolution, and semi-achromatic light/dark field metallographic lenses, it is designed to provide an ideal detection solution and set a new standard in the industry.

Features

1. Multiple image scaling options for the observation head

The observation head is designed with multiple image scaling options. With a wide beam imaging system, an ultra-wide 26.5mm field of view is provided.

Triple eyepiece head with vertical image scaling: Two eyepieces: Three eyepieces = 100:0 or 0:100. Specimen movement direction is the same as the observation direction.

Triple eyepiece head with inverted image scaling: Two eyepieces: Three eyepieces = 100:0 or 20:80 or 0:100. In addition to focusing 100% of the light into either the eyepiece or the camera tube, there is another option to focus 20% of the light into the eyepiece and 80% into the camera tube, allowing observation through the eyepiece and image output simultaneously.

2. Polarization System

Polarizers and analyzers in polarization systems eliminate stray light during semiconductor and printed circuit detection, allowing for sharp, detailed images. Two options are available: fixed analyzers and rotatable analyzers.

Samples can be observed at different polarization angles with a 360° rotatable analyzer. Furthermore, this polarization system can be upgraded to a Nomarski differential interference contrast system after installing the newly developed DIC unit.

3. Nomarski Differential Interference Contrast System (DIC)

Tiny imperfections on a surface that are invisible in bright light can be detected using a DIC accessory to create a high-contrast background. It is widely used to inspect the conductive particles of LCD screens and scratches on the surface of precision discs.

4. The Relationship Between the Neutral Density Filter and the Bright-Dark Field Switch

The relationship between the neutral density filter and the bright-dark field switch: The lever on the front of the projector is used to switch between bright-dark and dark-field modes, and it works in conjunction with the neutral density filter (ND50). When you switch from dark-field to bright-field, the built-in ND50 filter will reduce the light intensity. More scientific and more comfortable.

5. Multiple Tosepiece Mounting Options

The new tosepiece mount reduces the angle between the optical axis and the rotation axis to 15°, improving alignment and confocal accuracy, while offering a more compact appearance. Up to seven tosepieces can be mounted simultaneously. Continuous and consistent magnification from low to high can be achieved.

6. User-Friendly Design

Light intensity can be flexibly adjusted using the dimmer switch located on the right side of the frame. The voltage display is fully digital. Simultaneous adjustment of intensity and coaxial focus enhances work efficiency. Switching between reflected or transmitted illumination is possible using the button on the digital dimmer switch. Use the RE-SET button to maintain the light intensity at approximately 8V (indicated by a camera symbol on the dimmer switch), which is the optimal voltage for microscopic imaging.

Four integrated filter holders with three standard filters and one empty holder for optional filters. All filters can be moved out of the optical path by pulling the lever.

Low-position coaxial focusing system with tension adjustment. Coarse range is 25mm and fine accuracy is 0.001mm. It can measure the height of small specimens, such as solder balls.

7. Adjustable stage on the right

A 4-inch, double-layer mechanical stage with a locking device to limit Y-axis movement. Widely used in horizontal inspection to avoid missing findings. An additional glass plate can be attached for light transmission.

8. Transmitted and Reflected Lighting System

A long-lasting 12V 100W luminaire with a PHILIPS 7724 halogen bulb provides bright and even illumination. The new outward-rotating achromatic concentrator (N.A.0.9) optimizes Kohler lighting performance at lower magnifications and corrects chromatic and spherical aberrations.