Price: £25999
(as of Dec 18, 2024 14:34:04 UTC – Details)
From the brand
iCube Accessory
SCULPFUN iCube Series
SCULPFUN S9 Bundle
SCULPFUN S9 Bundle
SCULPFUN S30 Series
【10W Powered and Efficient Engraving】Sculpfun iCube Pro Max features a high-output diode module with exceptional focus precision, allowing for cutting through 10mm wood and acrylic. It can engrave on various materials including glass, ceramics, leather, and stainless steel. Equipped with a 32-bit motherboard, the iCube Pro Max offers an impressive engraving speed of 10,000mm/min, enhancing productivity and saving valuable time.
【Versatile Connectivity】This machine supports a range of connection options including mobile phones and computers via Bluetooth or Type-C cable. It is compatible with multiple operating systems such as Windows 7/8/10/11, macOS, iOS, Android, and Linux. Additionally, you can connect through the Sculpfun app for a seamless experience. The app allows for design creation through drawing, photo selection, or ideas from your album.
【Safety Features】Sculpfun iCube Pro Max includes a smoke filtration system to effectively manage smoke during use. It has a built-in temperature sensor that halts operation if the internal temperature exceeds 45°C, ensuring safety for both the user and the machine. The machine will restart once temperatures return to a safe level. Additionally, the enclosed eye protection shield allows you to monitor the process without needing goggles.
【Flexible Engraving】Thanks to its semi-open design, the iCube Pro Max has no restrictions on the size of engraving objects. You can place items inside the machine or position the machine on top of larger objects for engraving. The working area measures 130x130mm, accommodating a wide range of engraving projects.
【Extended Lifespan】The iCube Pro features an innovative module that supports lens replacement, extending the module’s lifespan by more than ten times compared to conventional models. When the lens becomes damaged or dirty over time, it can be replaced to restore optimal performance.
