Shijing 9510 Stone Cutter – Versatile Automatic Cutting Solution

As a professional and versatile cutting equipment, the Shijing 9510 Stone Cutter stands out in the field of stone and tile processing. It is designed as a fully automatic stone cutting machine, integrating multiple functions such as cutting, 45° chamfering, grinding, and grooving. This all-in-one tool is capable of handling a wide range of materials, making it an ideal choice for construction sites, stone processing factories, decoration companies, and other professional scenarios that demand high-precision and efficient processing.

Wide Range of Applicable Materials

The Shijing 9510 Stone Cutter exhibits strong adaptability to different materials, easily cutting various hard and brittle materials commonly used in construction and decoration. Its applicable cutting materials include granite, marble, porcelain, and ceramic tiles—covering the core materials required for interior and exterior decoration, floor laying, and stone craftsmanship. Additionally, it can also process special materials such as Dekton slabs and templates, further expanding its application scope to meet diverse processing needs.

Core Configuration & Technical Parameters

• Powerful Motor: Equipped with a copper-wired motor, the machine delivers stable and strong power output. The copper-wired structure ensures excellent heat dissipation performance, low energy consumption, and long service life, providing reliable power support for continuous high-intensity cutting operations.
• Impressive Cutting Capacity: With a maximum cutting length of 3200mm, it can handle large-sized workpieces, eliminating the need for multiple splicing cuts and improving overall processing efficiency. The maximum cutting depth reaches 30mm, enabling it to cut through thick materials effortlessly, suitable for processing thick stone slabs and tiles.
• Precise Blade Matching: It is compatible with a 130mm blade, and the blade arbor is standardized at 22.23mm—ensuring stable blade installation and smooth rotation during operation. The high rotation speed of 12000 RPM further enhances cutting sharpness and efficiency, enabling clean, burr-free cutting edges on various materials.
• Flexible Control Modes: The machine offers both automatic and manual control systems, allowing users to choose the appropriate mode based on specific processing requirements. The automatic control mode realizes intelligent and precise cutting, reducing manual operation errors and improving processing consistency; the manual mode provides more flexibility for small-batch, customized processing tasks.
• Adjustable Bevel Cutting: Supporting bevel cuts from 0° to 45°, it can easily complete 45° chamfering tasks—meeting the demand for beveled edges in decoration details (such as tile corner jointing and stone edge trimming) and achieving seamless and aesthetically pleasing processing results.

Outstanding Functional Advantages

Beyond basic cutting, the Shijing 9510 Stone Cutter integrates multiple practical functions including chamfering, grinding, and grooving. This multi-functional design eliminates the need for additional specialized equipment, saving space, reducing equipment investment costs, and simplifying the processing workflow. Whether it is the precise 45° chamfering of tile edges, the smooth grinding of stone surfaces, or the accurate grooving of decorative lines, the machine can complete the tasks with high quality, ensuring that each processing step meets professional standards.

Why Choose Shijing 9510 Stone Cutter?

The Shijing 9510 Stone Cutter combines full automation, multi-functionality, and high precision. Its copper-wired motor guarantees stable performance, the large cutting length and depth expand processing capabilities, and the dual control modes and adjustable bevel cutting adapt to diverse scenarios. For professionals who pursue efficiency, quality, and versatility in stone and tile processing, this machine is a cost-effective and reliable tool that can significantly improve processing efficiency and product quality, while reducing operational complexity and labor intensity.