Evocus Large Metallographic Sample Cutting Machine (CutProMax185 Series)
A large, fully automated, high-end heavy-duty metallographic specimen cutting machine engineered for modern metallography laboratories.
11 kW cutting power, intelligent cutting control, multiple feed modes and a spacious cutting chamber for large and complex specimens.
Engineered for the Metallography Industry
CutProMax185 is specifically engineered for the metallography industry and designed for modern laboratories engaged in sampling solid materials. Its large-scale construction, automated control and heavy-duty cutting capability support the preparation of demanding metallographic specimens.
Versatile Material Handling
CutProMax185 is designed to section specimens made from a variety of metallic and non-metallic materials.
Ceramics
Suitable for sectioning ceramic specimens for subsequent metallographic preparation and examination.
Petrographic Samples
Supports cutting of applicable petrographic specimens and solid material samples.
Large Castings
The large chamber and heavy-duty cutting system accommodate large casting specimens.
Laminated Composite Materials
Designed to support sectioning of laminated composite material specimens.
High-Hardness Materials
Powerful cutting performance supports demanding high-hardness material applications.
Irregularly Shaped Materials
The spacious cutting area provides flexibility for complex and irregularly shaped specimens.
Core Advantages & Smart Features
Spacious Cutting Chamber
An exceptionally large 680 × 1030 mm cutting chamber provides generous working space for larger parts and bulky components.
Microstructural Integrity
Intelligent cutting logic is designed to maximize preservation of the specimen's true microstructural integrity during sectioning.
Powerful 11 kW Performance
An 11 kW high-power motor is paired with variable-frequency stepless speed control for demanding large-sample cutting applications.
Laser Calibration & Positioning
Laser calibration and positioning support accurate workpiece alignment and cutting-position setup.
Interactive Cutting
Interactive cutting is designed for expensive or difficult-to-cut specimens where controlled cutting is particularly important.
Intelligent Current Feedback
The intelligent current feedback system monitors cutting performance to help reduce scrap rates and protect the equipment.
Multiple Feed Modes
Continuous feed, pulse feed and swing feed modes provide flexibility for different materials and cutting requirements.
Automatic Cleaning
An automatic cleaning function supports efficient maintenance of the cutting area after operation.
Advanced Control Interface
The machine uses PLC control together with a touch-screen human-machine interface (HMI). The interface provides centralized machine control and extensive parameter-storage capacity for repeatable cutting operations.
PLC Control
Integrated PLC control supports automated machine operation and cutting-process management.
Touch-Screen HMI
The touch-screen human-machine interface provides direct access to machine controls and operating parameters.
Parameter Storage
Extensive parameter-storage capacity supports efficient setup and repeated cutting applications.
Table Shifting Function
Table shifting supports workpiece positioning within the large cutting chamber.
Multiple Cutting & Feed Modes
| Function | Available Modes |
|---|---|
| Cutting Modes | Slash cutting, flat push cutting, interactive cutting |
| Feed Modes | Continuous feed, pulse feed, swing feed |
Safety & Reliability
CutProMax185 is designed for demanding laboratory environments and incorporates operating functions intended to support reliable and protected cutting.
Automatic Speed Regulation
The system supports automatic speed regulation during cutting operation.
Automatic Shutdown
Automatic shutdown functionality is incorporated into the machine's operating system.
Multiple Safety Protection
Multiple safety-protection functions support operation in demanding research and metallography laboratories.
Intelligent Equipment Protection
Current-feedback monitoring helps protect the equipment while reducing the risk of specimen scrap during cutting.
Large Cutting Capacity
680 × 1030 mm Cutting Chamber
The spacious chamber provides room for large parts, bulky components and complex workpieces.
Ø185 mm Maximum Passage
The machine provides a maximum passage diameter of Ø185 mm.
508 mm Cutting Disc
Uses a 508 × 4 × 38.1 mm cutting disc for heavy-duty sample sectioning.
Large Multi-Axis Travel
Maximum travel distances are Z-axis 240 mm, Y-axis 350 mm and X-axis 260 mm.
Main Technical Parameters
| Parameter | Specification |
|---|---|
| Model | CutProMax185 |
| Cutting Modes | Slash cutting, flat push cutting, interactive cutting |
| Feed Modes | Continuous feed, pulse feed, swing feed |
| Cutting Speed | 0.03–1 mm/s (adjustment step: 0.01) |
| Speed Control | Variable-frequency: 0–1900 rpm |
| Maximum Travel Distance | Z-axis: 240 mm; Y-axis: 350 mm; X-axis: 260 mm |
| Chamber Dimensions | 680 × 1030 mm |
| Maximum Passage Diameter | Ø185 mm |
| Cutting Disc Specifications | 508 × 4 × 38.1 mm |
| Cutting Power | 11 kW |
| Power Supply | 380 V / 50 Hz |
Heavy-Duty Automated Cutting for Large Metallographic Samples
CutProMax185 combines large cutting capacity, 11 kW power, variable-frequency speed control, intelligent cutting logic, PLC automation and multiple cutting and feed modes for processing large, complex and demanding metallographic specimens.