Manual Abrasive Cutting Machines
Direct Operator Control for Routine Metallographic Sectioning
The CCM manual range covers compact and stand-mounted machines for routine samples, hardened components, rods, bars, gears and larger industrial sections.
Ideal for: QC Laboratories • Universities • Foundries • Heat Treatment • Manufacturing • Research
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Recommended source size
1600 × 1200 px
Series Overview
The CCM series covers manual abrasive cutter requirements from small laboratory sections to larger hardened and industrial samples.
Models & Variants
Models are ordered from highest capability to compact tabletop operation, following the flagship-first product family structure.
CCM-10 Plus Manual Abrasive Cutting Machine
Choose CM-200 when larger metallography specimens require more cutting torque, an enclosed chamber and controlled manual feed.
- Cutting capacity
- 100 mm dia solid section
- Motor
- 10 HP motor
Technical Highlights
- 10 HP heavy torque motor
- 100 mm solid section capacity
- Heavy-duty structural design
- Manual feed control
- Large section capability
- Enclosed cutting area
- Coolant recirculation
- Industrial sample handling
Best suited for
CCM-10 Manual Abrasive Cutting Machine
Stand-mounted manual cutting gives the operator higher torque and direct feed control for larger hardened and industrial specimens.
- Cutting capacity
- 80 mm dia solid section
- Motor
- 10 HP motor
Technical Highlights
- 10 HP heavy torque motor
- 80 mm solid section capacity
- Manual feed control
- Industrial sample handling
- Enclosed cutting area
- Large viewing window
- Coolant recirculation
- Door safety limit switch
Best suited for
CCM-3 Manual Abrasive Cutting Machine
Compact tabletop abrasive cutter for rods, bars, small gears and routine laboratory samples. Built for labs that need practical manual sectioning in a smaller footprint.
- Cutting capacity
- 30 mm dia solid section
- Motor
- 3 HP motor
Technical Highlights
- 3 HP motor
- 30 mm solid section capacity
- Compact tabletop format
- Fully enclosed chamber
- Coolant flow
- Illuminated chamber
- Door safety limit switch
- Optional mounting stand
Best suited for
Common Features
Which Manual Cutting Machine Should You Choose?
Use this table as a first-pass guide. Final selection depends on section size, sample geometry, material hardness, clamping arrangement and daily sample load.
Scroll horizontally to compare all models.
| Requirement | CCM-10 Plus | CCM-10 | CCM-5 | CCM-3 |
|---|---|---|---|---|
| Motor | 10 HP motor | 10 HP motor | 5 HP motor | 3 HP motor |
| Wheel Size | Large abrasive cut-off wheel | Heavy-duty abrasive cut-off wheel | Medium abrasive cut-off wheel | Compact abrasive cut-off wheel |
| Cutting Capacity | 100 mm dia solid section | 80 mm dia solid section | 60 mm dia solid section | 30 mm dia solid section |
| Vice Opening | For large cross-section samples | For larger hardened samples | For medium laboratory samples | For small routine samples |
| Cooling System | Coolant circulation with tank and filtering arrangement | Coolant circulation with tank and filtering arrangement | Coolant circulation with tank and filtering arrangement | Coolant flow |
| Typical Applications | Large industrial samples, production laboratories, heavy-duty metallography, steel plants | Routine industrial metallography, heat treatment, manufacturing QA | General QC, educational institutes, medium laboratories | Teaching, small laboratories, routine inspection |
| Target Laboratory | Production laboratories and heavy-duty metallography | Industrial QA and heat treatment labs | General QC and medium laboratories | Teaching and compact routine labs |
| Investment Level | Premium manual | Advanced manual | Mid-range manual | Economical manual |
Review the deciding requirements.
Share the application, required range and operating conditions. An applications engineer will review the appropriate configuration.
Discuss the ComparisonTypical Applications
Optional Features & Accessories
Related Products
Discuss Manual Metallographic Sectioning
Share the material, section size, specimen geometry, clamping requirement and daily volume. Conation will confirm the CCM configuration.