Abrasive Cutting Machine / Saw Core Splitter
| Power | 3.4kw/5HP |
| Model | ECC150 |
| Electrical Details | 430V 50HZ AC 3 PHASE |
| Sample size | less than 80 mm |
| Core Diameter | AQ, BQ, PQ, NQ and HQ |
| Core Length | Up to max 300 mm |
| Core Mounting | V – Block Type – Moveable |
| Cutting Type | Circular Saw type |
| Cutter dia | 12’’ / 14 ” diamond cutter |
| Core material | Substantially high to low hardness and brittle material |
| variable spindle speed | Upto 3000 RPM |
| Diamond saw/cutting wheels | wheel diameter 12 in. (300 mm ±10 mm) |
| Cutting capacity | up to 80 mm |
| T-slot be | 260±10 mm × 260±10 mm |
DESCRIPTION
Product Description
The Eloquent Technology Abrasive Cutter Machine is a robust laboratory and industrial sample-cutting machine designed for the rapid and controlled sectioning of metallic, mineral, geological, ceramic and other hard industrial specimens.
The machine uses a high-speed abrasive cutting wheel to cut samples into required dimensions with controlled feed and minimal cutting time. It is particularly suitable for sample preparation prior to mineral characterization, metallography, physical testing, chemical analysis and laboratory investigations.
Designed with a rigid machine structure, enclosed cutting zone and effective workpiece clamping arrangement, the abrasive cutter provides safe, repeatable and efficient sample preparation for laboratories, research institutions, universities, mining organizations and industrial quality-control facilities.
APPLICATION EXAMPLES
For the Eloquent Technology website, I would position the Abrasive Cutter Machine as a laboratory/sample-preparation machine for rapid, controlled sectioning of mineral, metallurgical, geological and industrial material specimens. The wording below is structured for direct use on a product page.
Abrasive Cutter Machine
Product Description
The Eloquent Technology Abrasive Cutter Machine is a robust laboratory and industrial sample-cutting machine designed for the rapid and controlled sectioning of metallic, mineral, geological, ceramic and other hard industrial specimens.
The machine uses a high-speed abrasive cutting wheel to cut samples into required dimensions with controlled feed and minimal cutting time. It is particularly suitable for sample preparation prior to mineral characterization, metallography, physical testing, chemical analysis and laboratory investigations.
Designed with a rigid machine structure, enclosed cutting zone and effective workpiece clamping arrangement, the abrasive cutter provides safe, repeatable and efficient sample preparation for laboratories, research institutions, universities, mining organizations and industrial quality-control facilities.
Eloquent Technology – Mine to Mill
Mineral Processing Laboratory & Pilot Plant Solution Provider
Application Examples
The Abrasive Cutter can be used for:
- Geological sample preparation – cutting rock, ore and mineral specimens into manageable sections.
- Metallurgical sample preparation – sectioning metal rods, plates, bars and components for further examination.
- Mineral processing laboratories – preparing representative samples for characterization and beneficiation studies.
- Metallography – cutting metallic specimens before mounting, grinding, polishing and microscopic examination.
- Mining and exploration laboratories – sectioning drill-core-related specimens and hard mineral samples where appropriate.
- Ceramic and refractory materials – cutting hard and brittle industrial specimens.
- Research & development – preparing test specimens for laboratory experiments.
- Quality control laboratories – obtaining repeatable sample sections for inspection and testing.
- Failure analysis – sectioning components to investigate internal structure, defects or wear.
- Educational laboratories – demonstration and practical training in material and sample preparation.
Typical Application Workflow
Raw Sample → Abrasive Cutting → Sectioned Specimen → Grinding/Polishing → Analysis/Characterization
PRODUCT ADVANTAGES
Eloquent Technology – Mine to Mill
Mineral Processing Laboratory & Pilot Plant Solution Provider
Application Examples
The Abrasive Cutter can be used for:
- Geological sample preparation – cutting rock, ore and mineral specimens into manageable sections.
- Metallurgical sample preparation – sectioning metal rods, plates, bars and components for further examination.
- Mineral processing laboratories – preparing representative samples for characterization and beneficiation studies.
- Metallography – cutting metallic specimens before mounting, grinding, polishing and microscopic examination.
- Mining and exploration laboratories – sectioning drill-core-related specimens and hard mineral samples where appropriate.
- Ceramic and refractory materials – cutting hard and brittle industrial specimens.
- Research & development – preparing test specimens for laboratory experiments.
- Quality control laboratories – obtaining repeatable sample sections for inspection and testing.
- Failure analysis – sectioning components to investigate internal structure, defects or wear.
- Educational laboratories – demonstration and practical training in material and sample preparation.
Typical Application Workflow
Raw Sample → Abrasive Cutting → Sectioned Specimen → Grinding/Polishing → Analysis/Characterization
Product Advantages
1. Fast Sample Preparation
High-speed abrasive cutting enables rapid sectioning of hard specimens, reducing sample-preparation time.
2. Controlled Cutting
The controlled cutting mechanism provides consistent and repeatable specimen preparation.
3. Robust Construction
A rigid fabricated structure minimizes machine vibration during cutting and provides reliable operation in demanding laboratory environments.
4. Versatile Material Handling
Suitable for a broad range of metals, ores, rocks, geological specimens, ceramics and industrial materials, subject to appropriate wheel selection.
5. Improved Operator Safety
The enclosed cutting area, workpiece clamping and protective guarding help contain sparks, abrasive particles and cutting debris.
6. Reduced Sample Damage
Controlled cutting parameters help minimize unnecessary mechanical damage and thermal influence compared with uncontrolled cutting methods.
7. Laboratory-Friendly Design
Compact construction and straightforward operation make the machine suitable for mineral-processing, metallurgical and material-testing laboratories.
8. Easy Maintenance
The machine is designed for accessible inspection, abrasive-wheel replacement and routine maintenance
Easy to use for cutting hard and compact rocks, ores / minerals, concrete and ceramic samples for materials characterization
5 HP three-phase motor with variable spindle speed up to 3000 RPM; cutting wheel speed variable from 1000–3000 RPM.(through VFD)
Control panel with Cycle Start, LED Light, cutting, coolant, emergency stop, start button with key and emergency switches, etc
For the Eloquent Technology website, I would position the Abrasive Cutter Machine as a laboratory/sample-preparation machine for rapid, controlled sectioning of mineral, metallurgical, geological and industrial material specimens. The wording below is structured for direct use on a product page.
Abrasive Cutter Machine
Product Description
The Eloquent Technology Abrasive Cutter Machine is a robust laboratory and industrial sample-cutting machine designed for the rapid and controlled sectioning of metallic, mineral, geological, ceramic and other hard industrial specimens.
The machine uses a high-speed abrasive cutting wheel to cut samples into required dimensions with controlled feed and minimal cutting time. It is particularly suitable for sample preparation prior to mineral characterization, metallography, physical testing, chemical analysis and laboratory investigations.
Designed with a rigid machine structure, enclosed cutting zone and effective workpiece clamping arrangement, the abrasive cutter provides safe, repeatable and efficient sample preparation for laboratories, research institutions, universities, mining organizations and industrial quality-control facilities.
FEATURES
- Corrosion-resistant cutting chamber for longer life.
- Cutting capacity up to 80 mm;
- T-slot bed approximately 260±10 mm × 260±10 mm; slot width 10 mm.
- Door cannot be opened unless cutting process is stopped. Splash-proof and corrosion-resistant door with see-through hood.
- Diamond saw/cutting wheels for quick and consistent serial cuts;
wheel diameter 12 in. (300 mm ±10 mm) and thickness about 1 mm or better. - Easy-flow cutting chamber with special floor coating, ergonomic automatic Z movement, automatic Y movement with servo system and automatic X movement.
- Advanced PLC-based graphical 7 inch touch screen display; preset programming and data storage more than 25 programs. The equipment can be operated in manual mode.
Key Features
- Heavy-duty rigid machine frame
- High-speed abrasive cutting wheel
- Robust workpiece clamping arrangement
- Enclosed/protected cutting chamber
- Controlled cutting operation
- Ergonomic operating handle/lever
- Adjustable workpiece positioning
- Suitable for different specimen sizes
- Spark and cutting-debris containment
- Emergency stop provision
- Easy abrasive-wheel replacement
- Low-maintenance mechanical construction
- Industrial-grade electrical components
- Suitable for continuous laboratory sample-preparation operations
- Customizable configuration based on specimen size and application
FUNCTION PRINCIPLE
Function / Working Principle
The Abrasive Cutter Machine operates on the principle of abrasive machining.
A reinforced abrasive cutting wheel is rotated at high speed by an electric motor. The specimen is securely positioned and clamped on the machine bed. The operator then brings the rotating abrasive wheel progressively into contact with the specimen using the controlled cutting mechanism.
As the abrasive wheel contacts the material, the abrasive grains remove small portions of material through high-speed abrasive cutting action, producing a separation along the desired cutting plane.
The cutting process can be represented as:
Electric Motor → High-Speed Rotation → Abrasive Wheel → Controlled Feed → Abrasive Material Removal → Sectioned Sample
The workpiece is firmly clamped to prevent unwanted movement during cutting. The protective enclosure helps contain sparks, abrasive fragments and cutting debris generated during operation.
