iqiege®6100S Automatic Metallographic Specimen Cutting Machine

Discover the iqiege 6100S automatic metallographic specimen cutting machine by Laizhou Weiyi. Featuring a powerful 3kW motor and 100mm cutting capacity, this dual manual/automatic system optimizes your material testing lab. Read our in-depth review!

Product Information

Comprehensive Review of the iqiege 6100S Automatic Metallographic Specimen Cutting Machine

In the sequence of metallographic sample preparation, the initial cutting stage heavily dictates the accuracy of subsequent microstructural analysis. Choosing an inadequate method or machine generates excessive friction heat, which inevitably alters the original microstructure of the material. To eliminate this critical error, the metallographic specimen cutting machine model iqiege 6100S (engineered by the renowned manufacturer Laizhou Weiyi) has emerged as a premier solution for advanced metallurgy laboratories and industrial Quality Control (QC) departments.

1. Overview of the iqiege 6100S Cutting System

The iqiege 6100S is a premium benchtop metallographic specimen cutting machine designed to process medium to large metal sections or materials with exceptional hardness. The standout characteristic of this model is its dual-mode versatility. It seamlessly integrates traditional manual cutting with pre-programmed automatic feed mechanisms. This dual capability allows laboratory technicians to standardize their cutting processes, drastically reducing human error and improving sample repeatability.

2. Detailed Technical Specifications

To assist you in importing this technical data directly into your procurement documents, acceptance certificates, or technical catalogs, the core specifications have been standardized for Microsoft Word copy-pasting below:
  • Maximum Cutting Capacity (Round Bars): Phi 100 mm
  • Maximum Cutting Capacity (Rectangular Profiles): 70 mm (Height) x 100 mm (Width)
  • Abrasive Wheel Dimension: Phi 350 mm x 2.5 mm x 32 mm
  • Spindle Rotation Speed: 2200 rpm
  • Automatic Feed Speed Range: From 0.1 mm/min to 15 mm/min
  • Main Motor Power Output: 3 kW
  • Total System Power Consumption: 3.3 kW
  • Z-Axis Spindle Travel Distance: 50 mm
  • Y-Axis Worktable Travel Distance: 145 mm
  • Operational Power Supply: 380V / 50Hz (3-Phase Industrial Power)
  • Overall Equipment Dimensions: 960 mm × 855 mm × 735 mm
  • Net Weight of Equipment: 285 kg

3. Key Advantages and Technological Features

Smart Feed Mechanism for Structural Integrity

The machine features 3 distinct automatic cutting modes tailored to variations in material hardness. Operators simply input the desired feed rate (ranging from 0.1 to 15 mm/min) and the target cutting stroke. The system executes the cut with consistent, regulated force. This uniform pressure prevents costly abrasive wheel breakage and eliminates surface work-hardening on the metallographic sample.

Z-Axis Spindle Lifting for Cost Efficiency

A major engineering innovation on the 6100S model is the 50 mm adjustable travel distance along the vertical Z-axis. As the abrasive cutting disk naturally wears down and decreases in diameter over time, technicians can lower the spindle assembly closer to the workpiece. This design maximizes the usage life of each consumable disk, significantly driving down annual operational costs for the laboratory.

High-Volume Recirculating Coolant System

To guarantee that samples do not suffer from thermal damage or “burning” due to high friction, the iqiege 6100S integrates a high-volume, dual-nozzle cooling system. The coolant fluid is directed precisely at the cutting point. This rapid heat dissipation preserves the unaltered metallurgical structure of the specimen, making it perfectly ready for subsequent mounting, grinding, polishing, and microscopic evaluation.

Ergonomic Chamber and Enhanced Safety Controls

The spacious cutting chamber uses an ergonomic sliding door system, making the positioning of long, bulky metal bars highly convenient. Regarding operator safety, the machine features an electronic safety interlock system. The main spindle motor halts instantly if the chamber door is opened while a cutting cycle is active, ensuring absolute safety for laboratory personnel.

4. Industrial Applications

With its robust 3kW motor and a heavy-duty 285kg vibration-dampening chassis, this metallographic specimen cutting machine functions optimally across multiple demanding sectors:
  • Automotive and Mechanical Engineering: Measuring case hardening depth, nitriding layers, and inspecting weld joint integrity.
  • Steel and Metallurgy Industries: Sectioning large alloy steels, cast irons, and non-ferrous bars before chemical composition testing.
  • Research Institutes and Academia: Supporting advanced material sciences research, failures analysis, and university-level engineering labs.

5. Conclusion

For enterprises seeking a high-throughput, structurally rigid machine capable of processing hard alloys with absolute precision, the iqiege 6100S automatic metallographic specimen cutting machine represents a highly strategic, long-term asset for your quality control facility.

Reviews

There are no reviews yet.

Be the first to review “iqiege®6100S Automatic Metallographic Specimen Cutting Machine”

Technical Support

Related Documents

Installation, Setup, and Operation Guide for the Seamark ZM XC-2000 Automatic SMD Component Counter

Hướng Dẫn Lắp Đặt, Cài Đặt, Vận Hành Máy Đếm Linh Kiện SMD Tự Động [...]

Comprehensive Review of DFAIC Elemental Analyzers: Which Solution Best Optimizes Your Cost?

Comprehensive Review of DFAIC Elemental Analyzers: Which Solution Best Optimizes Your Cost? In modern industrial [...]

Genuine Seamark X-ray Machine: The Secret to Meeting Luxshare-ICT Bac Giang Supply Chain Standards

Genuine Seamark X-ray Machine: The Secret to Meeting Luxshare-ICT Bac Giang Supply Chain Standards In [...]

Scanning Electron Microscope (SEM): Principle, Structure, and Detailed Applications from Maxlab Equipment

Scanning Electron Microscope (SEM): Principle, Structure, and Detailed Applications from Maxlab Equipment In the era [...]

Why is an X-ray Coating Thickness Gauge a Must-Have Device in the Electronics Industry?

Why is an X-ray Coating Thickness Gauge a Must-Have Device in the Electronics Industry? In [...]

How to Prevent PCB Warpage During Chip Repair with Seamark BGA Rework Station

How to Prevent PCB Warpage During Chip Repair with Seamark BGA Rework Station In the [...]

XC1000 vs. XC2000: Which Is the Ultimate SMD Component Counting Machine for Your Factory?

XC1000 vs. XC2000: Which Is the Ultimate SMD Component Counting Machine for Your Factory? In [...]

DF-410 DFAIC Optical Emission Spectrometer OES Review: An Incredible Metal Testing Solution with the Ultimate Cost Optimization

DF-410 DFAIC Optical Emission Spectrometer OES Review: An Incredible Metal Testing Solution with the Ultimate [...]

Maxlab Engineers Receive Direct Industrial X-ray Machine Technology Transfer Training at Seamark ZM

Maxlab Engineers Complete Industrial X-ray Technology Training and Transfer at Seamark ZM. As the electronics, [...]