About Camut Italy 400 mm x 1200 mm Surface Grinding Machine
Make - Camut (Italy)
Model - Mini 12
Magnet Size - 400 mm x 1200 mm
Grinding Wheel Size - Diameter 400 mm x 50 mm Width
Max. Height between Magnet Top to Wheel Center - 510 mm
Least Count of Vertical Travels - 1 Microns (0.001 mm)
Least Count of Cross Travels - 5 Microns (0.005 mm)
- Equipped with a Hydraulic Top Mounted Wheel Dresser.
- Micro-Feed Travels on both Vertical & Cross Movements.
- Feature of Automatic Depth Adjustment and Plunge Grinding.
- Operating Manual & Electrical Drawings are available.
- Machine is in excellent working condition.
Video of The Machine -
Precision Engineering for Demanding ApplicationsThe Camut Mini 12 Surface Grinding Machine is engineered for operations where superior surface finish and accuracy matter most. Its micro-feed on vertical and cross travels allows for fine adjustment, ensuring a surface finish precision up to 0.003 mm. This heavy-duty machine provides essential support for industries requiring reliable, consistent, and clean grinding tasks.
Sturdy Construction and Easy OperationBuilt from heavy-duty cast iron and weighing around 3800 kg, the Camut Mini 12 promises long-term stability and vibration resistance during use. The manual controls, featuring three wheels, ensure straightforward operation even for users new to non-CNC grinders. Hydraulic table travel and centralized lubrication add further convenience, ensuring both operator comfort and machine longevity.
Efficient and Flexible PerformanceThe combination of a variable-speed hydraulic feed system and a standard-size grinding wheel (1450 rpm) makes this grinder adaptable to different materials and workloads. Its magnetic chuck and large table size (400 mm x 1200 mm) enable secure, versatile workpiece handling. The built-in coolant and lubrication systems protect both the machine and the workpiece, extending the life of consumables and delivering consistent results.
FAQ's of Camut Italy 400 mm x 1200 mm Surface Grinding Machine:
Q: How does the variable hydraulic table speed benefit the grinding process?
A: The variable hydraulic table speed allows operators to adjust the movement of the workpiece, accommodating different types of materials and required finishes. This flexibility enhances control over the grinding process, improving surface quality and reducing the risk of errors or overheating.
Q: What are the main uses of the Camut Mini 12 Surface Grinding Machine?
A: The Camut Mini 12 is primarily used for high-precision surface grinding of metal components. Its large grinding capacity (400 mm x 1200 mm) and sturdy construction make it suitable for workshops and manufacturing units demanding consistent, flat surface finishes in toolrooms, production lines, or heavy engineering applications.
Q: When should I use manual control instead of automated (CNC) systems?
A: Manual controls are ideal when flexibility and hands-on adjustment are needed, such as in custom, prototype, or small-batch work where fast switching between tasks is beneficial. Non-CNC machines like the Camut Mini 12 offer precise manual interventions that are valuable for specialized or non-repetitive grinding jobs.
Q: Where is the grinding precision most noticeable in this machine?
A: The Camut Mini 12 delivers high-precision surface finishes, with accuracy up to 0.003 mm. This degree of precision is especially crucial in toolmaking, mold making, and parts that require tight tolerances and flawless flatness.
Q: What process should be followed for proper maintenance and smooth operation?
A: Regular cleaning of the grinding area, checking and replenishing the hydraulic oil (approx. 80 liters), ensuring the centralized lubrication system is active, and observing coolant levels will keep the machine running smoothly. Periodic inspection of the grinding wheel, magnetic chuck, and manual controls is also recommended for optimal longevity.
Q: How does the centralized lubrication system enhance machine performance?
A: The centralized lubrication system ensures that critical moving parts are consistently oiled, reducing friction, wear, and the need for frequent manual lubrication. This leads to better performance, minimized downtime, and extended component life.