Product OverviewThe iqiege®1100D model (formerly SQ100) is a metallographic sample-preparation cutting machine for metallic and non-metallic specimens. It is designed to produce samples suitable for metallographic and petrographic microstructural analysis. The unit features a dedicated coolant system and an active/forced cooling protection mechanism to remove cutting heat and prevent thermal damage to specimens, preserving microstructure integrity. The machine uses manual control and offers straightforward maintenance, stable operation and practical configuration for routine laboratory sampling. It is intended as a cost-effective solution for factories, research institutes and university laboratories.
Key Features- Dedicated coolant system for cutting operations
- Active/forced cooling protection to avoid thermal damage to specimens
- Manual control for straightforward operation and maintenance
- Suitable for metallic and non-metallic specimens used in metallographic/petrographic analysis
- Stable operation with clear maintenance guidelines
- Designed for factories, research institutions and educational laboratories
Technical ParametersPower supply: Three-phase 380V/50Hz
Spindle speed: 2800 r/min
Cutting disc: Φ350×2.5×32 mm
Maximum cutting capacity: Φ100 mm
Cutting machine power (table): 3 kW
Motor / drive power (overview): 4.0 kW
External dimensions: 690×790×800 mm
Characteristics / technical specifications- Model name: iqiege®1100D (formerly SQ100)
- Applicable materials: metallic and non-metallic specimens
- Cooling: Dedicated coolant system with active/forced cooling protection
- Maximum cutting capacity: Φ100 mm
- Cutting disc specifications: Φ350×2.5×32 mm
- Spindle speed: 2800 r/min
- Rated cutting machine power: 3 kW (technical parameters); motor/drive power cited: 4.0 kW
- Power supply: Three-phase 380V/50Hz
- Control: Manual operation
- External dimensions: 690×790×800 mm
- Applications: Preparation of metallographic and petrographic samples for microstructural observation; routine sampling in factories, research institutes and universities
- Design priorities: ease of operation, safety, reliability, stable performance and practical configuration