Technical Documents – Maxlab

In-Depth Comparison: HR-150B vs. HRD-150B Veiyee Hardness Testers – Manual or Motorized?

MAXLAB JSC — Wed, 22 Jul 2026 07:36:04 +0000

In-Depth Comparison: Veiyee HR-150B vs. HRD-150B Hardness Testers – Manual or Motorized?

When searching for a reliable Rockwell hardness testing solution for heavy-duty mechanical parts, thick cast molds, or elongated shafts, the Veiyee brand is consistently the top choice among engineers. This reputation is built on their specialized heightened machine chassis, which expands the vertical testing space up to 400mm.

In this specific segment, two models—the HR-150B and HRD-150B—often leave businesses wondering which one to choose. Universally, both machines share the identical heavy-duty casting frame, 400mm throat capacity, and standard testing scales (HRA, HRB, HRC). However, their core difference lies in their operational mechanism and test force control.

Let us dive deep into the technical comparison with Maxlab Equipment to discover the optimal choice for your production floor.

HR-150B HRD-150B

1. Operating Mechanism: Manual Lever vs. Motor-Driven Automation

This is the most critical distinction, directly impacting user experience, operator fatigue, and daily throughput.

Veiyee HR-150B (Purely Mechanical): This model relies entirely on a mechanical lever system. After elevating the screw spindle to bring the workpiece into contact with the indenter, the technician must manually pull a side lever to initiate the loading and unloading cycle. The speed of the deadweight application is regulated by a built-in oil-based hydraulic dashpot.
Veiyee HRD-150B (Semi-Automatic Motor-Driven): The letter “D” stands for Electric/Motor-driven, representing an internal electric motor integration. The entire sequence—loading, dwelling, and unloading—is executed automatically by the motor. The user simply sets the dwell time and presses the start button; the machine handles the indentation stroke without requiring any physical force.

2. Accuracy and Human Error Mitigation

In precision metrology, the human factor remains the leading cause of poor repeatability and measurement discrepancies.

Model HR-150B: Because it relies on manual lever operation and the stability of a hydraulic dashpot (whose oil viscosity can subtly shift with workshop ambient temperatures), small deviations may occur between tests if different technicians pull the lever too quickly or too slowly.
Model HRD-150B: Powered by a motorized system and electronic control board, the dwell time is regulated down to the exact second. The test force is applied with 100% uniformity across every single cycle. This completely eliminates human inertia or sudden jerks, providing superior repeatability and data reliability.

3. Working Environment and Component Durability

Every structural design is tailored to withstand specific environmental conditions on the factory floor.

Model HR-150B (“Bulletproof” Durability): This machine requires zero electricity to operate. This makes the HR-150B the absolute “king” of harsh machining shops, foundries, and heat treatment facilities—places characterized by heavy metallic dust, high humidity, or unstable power grids. It is incredibly robust, with no delicate electronics that could malfunction.
Model HRD-150B (Power-Dependent): This machine must be connected to a standard 220V AC power supply to drive the motor and power the internal control board. Consequently, it is better suited for material testing laboratories, climate-controlled QA/QC rooms, or cleaner production zones to maximize the lifespan of its electronic components.

4. Testing Speed and Operational Throughput

Model HR-150B: Pulling the lever manually and waiting for the mechanical discharge takes more time. If an inspector needs to test hundreds of large workpieces daily, manual operation will inevitably lead to fatigue and a drop in overall productivity.
Model HRD-150B: The push-button automation drastically frees up labor. The time required to complete a single measurement cycle is significantly shorter, making it perfect for high-density, batch-quality inspections on active assembly lines.

Technical Comparison Matrix

Feature	Veiyee HR-150B	Veiyee HRD-150B
Power Supply	None Required	220V AC
Loading Cycle	Manual (Hand Lever)	Automatic (Push Button)
Repeatability	Stable (Operator Dependent)	Highly Precise (Motor-Controlled)
Display Type	Analogue Dial Indicator	Analogue Dial Indicator
Optimal Environment	Heavy Machining, Harsh Workshops	QA Labs, Clean Industrial Zones

Maxlab Equipment Recommendation: Which One Is Best for You?

Choose the Veiyee HR-150B if: Your business wants to optimize the initial investment cost, intends to place the machine directly in a rough production environment, runs moderate testing frequencies, and prefers a purely mechanical asset that is easy to maintain without worrying about electrical faults.
Choose the Veiyee HRD-150B if: Your factory enforces strict standards regarding data repeatability for outgoing quality reports, handles large volumes of large-scale parts daily, and aims to eliminate human errors during quality checks.

Both of these exceptional high-travel Rockwell hardness testers are available at Maxlab Equipment, complete with quality certifications (CO/CQ) and official factory warranties.

If you would like to discuss your specific workpiece dimensions or require a detailed quote comparing both models, please contact Maxlab Equipment today for immediate technical assistance!

Laizhou Weiyi HRSA-150S Full Rockwell Hardness Tester – High-End Digital Measurement Equipment

MAXLAB JSC — Sat, 11 Jul 2026 09:11:54 +0000

Máy Đo Độ Cứng Rockwell Toàn Phần HRSA-150S Hãng Laizhou Weiyi – Thiết Bị Đo Kỹ Thuật Số Cao Cấp

Máy đo độ cứng Rockwell màn hình cảm ứng HRSA-150S hãng Laizhou Weiyi (Trung Quốc) là thiết bị đo lường kỹ thuật số cao cấp, tích hợp hệ thống cơ – điện – quang học hiện đại. Với công nghệ động cơ bước chính xác để điều khiển lực thử tự động, màn hình cảm ứng 8 inch sắc nét và phần mềm quản lý dữ liệu thông minh, HRSA-150S mang lại giải pháp kiểm tra độ cứng vật liệu nhanh chóng, chính xác tuyệt đối cho các phòng thí nghiệm và nhà xưởng công nghiệp.

1. Giới thiệu tổng quan về máy đo độ cứng Rockwell HRSA-150S

HRSA-150S là dòng máy đo độ cứng Rockwell toàn phần (bao gồm cả thang đo Rockwell tiêu chuẩn và Rockwell bề mặt). Thiết bị được sản xuất bởi LaiZhou Weiyi Experimental Machinery Manufacture, thương hiệu uy tín hàng đầu tại Trung Quốc chuyên về các thiết bị thử nghiệm vật liệu và thiết bị phân tích mẫu.

Thay vì sử dụng hệ thống quả cân cơ học truyền thống dễ sai số, máy đo độ cứng Rockwell HRSA-150S sở hữu hệ thống cảm biến lực vòng kín điều khiển điện tử kết hợp động cơ bước. Nhờ đó, máy loại bỏ hoàn toàn sai số do con người gây ra trong quá trình gia tải và trả về kết quả đo có độ tin cậy cực cao.

https://maxlab-jsc.com/wp-content/uploads/2026/07/HRSA-150S.mp4

2. Thông số kỹ thuật chi tiết của thiết bị HRSA-150S

Dưới đây là bảng thông số kỹ thuật chi tiết của dòng máy đo độ cứng Rockwell cao cấp này:

Tiêu chí	Thông số kỹ thuật chi tiết
Model	HRSA-150S
Hãng sản xuất	LaiZhou Weiyi Experimental Machinery (Trung Quốc)
Lực thử Rockwell tiêu chuẩn	60 kgf, 100 kgf, 150 kgf
Lực thử Rockwell bề mặt	15 kgf, 30 kgf, 45 kgf
Cơ chế điều khiển lực (Loading)	Hoàn toàn tự động (Tự động nạp lực, giữ lực và xả lực)
Cơ chế nâng bàn làm việc	Nâng hạ bằng vô lăng (Handwheel)
Chiều cao mẫu tối đa	330 mm
Khoảng cách từ tâm mũi đo đến vách	200 mm
Phương thức hiển thị	Màn hình cảm ứng LCD kích thước 8-inch
Đầu ra dữ liệu (Data Output)	Máy in tích hợp, Cổng kết nối RS232
Tiêu chuẩn đáp ứng	Phù hợp nghiêm ngặt với ISO 6508, ASTM E18, GB/T 230.2

3. Các tính năng nổi bật của máy đo độ cứng Rockwell HRSA-150S

- Đa năng với dải thang đo toàn diện: Thiết bị hỗ trợ kiểm tra toàn bộ các thang đo của máy đo độ cứng Rockwell thông dụng (A, B, C, D, E, F, G, H, K) và các thang đo Rockwell bề mặt (15N, 30N, 45N, 15T, 30T, 45T…).
- Giao diện màn hình cảm ứng 8 inch thông minh: Hiển thị trực quan giá trị độ cứng, thời gian giữ lực, loại mũi đo và tự động chuyển đổi giá trị sang các thang đo khác như Brinell (HB) hoặc Vickers (HV).
- Vận hành tự động hoàn toàn: Chỉ với một chạm trên màn hình, dòng máy đo độ cứng Rockwell này tự động thực hiện chu trình đo từ ép mũi, áp lực sơ cấp, áp lực thứ cấp đến hiển thị kết quả.
- Thân máy đúc nguyên khối siêu bền: Thân vỏ máy làm bằng gang đúc chất lượng cao xử lý theo công nghệ sơn ô tô, đảm bảo độ phẳng, tính đồng tâm và chống rung lắc tuyệt đối trong quá trình đo.
- Quản lý dữ liệu chuyên nghiệp: Kết quả đo có thể in trực tiếp qua máy in nhiệt tích hợp hoặc xuất sang máy tính qua cổng RS232 để lưu trữ và lập báo cáo kiểm định.

4. Ứng dụng thực tế của dòng máy đo độ cứng Rockwell HRSA-150S

Nhờ khả năng đo dải lực cực rộng từ Rockwell bề mặt (mẫu mỏng) cho đến Rockwell tiêu chuẩn (mẫu dày), mẫu máy đo độ cứng Rockwell này được ứng dụng phổ biến trong:

- Ngành cơ khí chế tạo & luyện kim: Đo độ cứng của thép sau khi tôi, ram, ủ.
- Kiểm tra vật liệu hỗn hợp: Đo các loại thép hợp kim cứng, hợp kim nhôm, hợp kim đồng, gang đúc nguội, thép chịu lực.
- Xử lý bề mặt: Đo các lớp mạ crom, mạ kẽm, mạ thiếc, hoặc các lớp vật liệu được xử lý nhiệt/hóa học bề mặt.
- Phòng nghiên cứu & trường đại học: Phục vụ công tác kiểm tra chất lượng sản phẩm (QC) đầu vào/đầu ra tại các nhà máy cơ khí chính xác.

5. Địa chỉ mua máy đo độ cứng Rockwell HRSA-150S chính hãng, giá tốt

Khi tìm kiếm và mua máy đo độ cứng Rockwell HRSA-150S tại Việt Nam, quý khách hàng nên lựa chọn các đơn vị phân phối chính ngạch để được đảm bảo:

Sản phẩm nhập khẩu nguyên chiếc 100%, đầy đủ chứng chỉ CO, CQ từ nhà sản xuất.
Chế độ bảo hành chính hãng 12 tháng, hỗ trợ kỹ thuật và hiệu chuẩn thiết bị trọn đời.
Đội ngũ kỹ sư giàu kinh nghiệm bàn giao, hướng dẫn vận hành chi tiết tận nơi.

iNod IN 6100 Handheld XRF Analyzer: The Ultimate Solution for Instant, Ultra-Precise Alloy Analysis

MAXLAB JSC — Sat, 11 Jul 2026 09:07:09 +0000

Máy Quang Phổ Cầm Tay iNod IN 6100: Giải Pháp Phân Tích Hợp Kim Di Động Chính Xác Bậc Nhất

In heavy industries, scrap recycling, and precious metal verification, absolute precision in the shortest time is everything. If your business is looking for a versatile, non-destructive material analyzer that delivers instant results right on-site, the iNod IN 6100 Handheld X-ray Fluorescence (XRF) Spectrometer is your perfect answer (pp. 2, 10).

Trusted by global conglomerates like Huawei, Sinopec, BYD, and Danaher, the iNod IN 6100 features breakthrough technology upgrades that redefine material inspection standards (pp. 9, 12-13).

https://maxlab-jsc.com/wp-content/uploads/2026/07/INOD-6100.mp4

🌟 Outstanding Advantages of the iNod IN 6100 Alloy Analyzer

1. High Speed and Precision Down to the PPM Level

Instant 2-3 Second Results: Instantly displays the alloy grade, element type, and percentage concentration (p. 9).
Ultra-Wide Elemental Detection: Accurately measures elements from Titanium (Ti) to Uranium (U) (p. 3). The device comes calibrated for 29 standard metal elements (p. 3).
Exceptional Sensitivity: Powered by Smart Beam technology, the precision for Ti and V reaches up to 0.02% (p. 9). This allows the device to easily distinguish very similar grades, such as Stainless Steel 304 and 321 (p. 9).

2. Rugged and Highly Portable Industrial Design

Lightweight and Ergonomic: The base unit weighs only 1.4kg (1.5kg with the battery installed) (p. 3). Its compact industrial form factor allows engineers to operate it effortlessly with one hand (pp. 2, 9).
Built for Extreme Environments: Enclosed in a heavy-duty aluminum alloy body, it offers excellent heat dissipation, shockproof, waterproof, and dustproof protection (pp. 3, 9). The instrument operates reliably from -35°C to +50°C (pp. 2-3).
Smart Detection for Tiny Samples: Intelligent algorithms allow immediate identification of irregular or ultra-thin samples, including wire filaments as thin as a human hair (0.06mm) (p. 9).

3. Intelligent Software – No Sample Preparation Required

Advanced FP (Fundamental Parameters) Method: Users can simply pull the trigger and scan directly without knowing the sample type beforehand or creating complex calibration curves (pp. 3, 10).
PC-Independent Operation: You can add, edit, or delete over 300 custom alloy grades directly on the sharp 3.5-inch industrial TFT color touchscreen (pp. 3, 9).
Smart Connectivity: Supports Bluetooth wireless data transmission and direct measurement data downloads into customized Excel reports (pp. 3-4).

🛠️ Real-World Applications of the iNod IN 6100

The device accommodates a wide range of sample states, including bulk solids, powders, and mixed scrap (p. 5):

Stainless Steel and Alloy Sorting: Accurately identifies hundreds of stainless steel grades (such as 201, 203, 301, 304, 316, 321), tool steels, and low-alloy steels (p. 4).
Copper Alloy Testing: Fast analysis of brass, bronze, red copper, and pure copper (p. 4).
Mixed Scrap Recycling: Quick identification of Titanium, Tin, Lead, Tungsten, Zinc, Aluminum, and Nickel alloys (p. 4).
Precious Metal Verification: On-the-spot measurement of Gold (Au), Silver (Ag), Platinum (Pt), Palladium (Pd), and Rhodium (Rh) content (pp. 3-4).

🛡️ Uncompromised Radiation Safety

Safety is the top priority for any X-ray emitting device:

Smart Auto-Shutoff: If the software detects no sample in front of the testing window, it will automatically shut off the X-ray within 2 seconds (p. 3).
Operator Protection: The instrument handle and housing structure ensure that the radiation dose rate within a 10-100 cm range stays strictly under < 2.5µSv/h (p. 4).

- Đại diện kinh doanh: Mr. Phương
- Hotline / Zalo : 0986.666.914
- Địa chỉ văn phòng: Hà Đông, Hà Nội

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.

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.

INSTRUCTIONS FOR USING CALYPSO SOFTWARE FOR ZEISS CMM MEASURING MACHINES

MAXLAB JSC — Wed, 07 Jan 2026 13:27:25 +0000

In the world of coordinate measurement (CMM), ZEISS CALYPSO is considered a leading software thanks to its object-oriented measurement philosophy. Instead of having to manually program each complex movement step by step, Calypso allows technicians to focus on the geometric characteristics of the part, optimizing time and accuracy.

To support our customers and technicians operating Zeiss CMM machines in Vietnam, Maxlab is pleased to share a detailed user guide for Calypso software, from basic to advanced levels.

1. Why should you use Calypso software?

Calypso offers excellent flexibility for Zeiss CMM machines thanks to its superior features:

Code-free programming: Intuitive interface, easy to learn and operate.

Strong CAD compatibility: Easily import data from design software such as SolidWorks, CATIA, and NX to program measurements directly on 3D models.

High flexibility: You can change the order of measurements without rewriting the entire program.

Professional reports: Export measurement data as charts and visual images, providing maximum support for quality control (QC).

2. Contents of the instruction manual

The Calypso user manual provided by Maxlab includes the following main sections:

Initial setup guide: How to initialize the coordinate system (Alignment) and set up the stylus system.

Measuring geometric entities: How to obtain points and measure 2D and 3D objects such as circles, planes, cylinders, and spheres.

Geometric Tolerance Testing (GD&T): Guidance on applying positional, concentricity, and flatness tolerance symbols according to international standards.

Optimizing the Measurement Process: Tips to shorten measurement time and protect the probe from impact.

3. Download the Calypso User Manual

To help our customers master Zeiss measurement technology, we have compiled and edited a detailed user manual.

👉 You can view and download the full document here: https://drive.google.com/file/d/1p8F847oaKSsFH2CZDcuSZMkDH7MvSG9n/view?usp=sharing