RosettaCNC can manage up to 6 continuously interpolated axes. Each axis has its own parameterization. During interpolation, precise acceleration control is performed.

The STEP/DIR command outputs are generated by a powerful FPGA that allows operating frequencies of up to 2 MHz (with a stable 50% duty cycle), making it possible to use both stepper drives and servo drives.

Each movement is verified by the trajectory generator to ensure the correct acceleration value. This helps prevent mechanical stress and avoids losing steps when controlling STEPPER motors. All movements and conditions are checked: JOG, HOMING, PAUSE, RESUME PROCESSING, QUICK OVERRIDE CHANGE, STOP PROCESSING, etc...

When the 'CONTINUOUS' work mode is selected, the RosettaCNC Board moves the axes to maintain a constant tool speed. When encountering a corner, it is rounded with a quadratic Bezier trajectory. The extent of the rounding can be set with a dedicated parameter.

The feed is controllable via an external MPG. Its digital signal allows for precise control of the value, unaffected by variations in humidity, wear, temperature, electrical circuitry offsets, etc.

RosettaCNC Board implements, like in the most advanced CNCs, the Look-ahead function, which allows for increased processing speed during the execution of programs made up of small segments. The depth of the implemented look-ahead is 2000 points.

Dual Ethernet communication channel, sending the job from the office PC, SDK for developing interfaces with management software, etc. All of this makes RosettaCNC a solution suitable for those who want to integrate the product into a scenario aligned with the needs of Industry 4.0.

The distribution of the new software occurs both through the release of a new installation package and via an automatic update system. The distributed software is always stable. The automatic update ensures the fast and convenient distribution of new features.

Fast, robust, isolated. These are the characteristics of the 100Mbit Ethernet connection used for the connection with the PC.

Thanks to the Ethernet port that manages two simultaneous connections, it is possible to control the machine on-site using the RosettaCNC software while simultaneously allowing communication from the office for supervision or sending the processing job.

Thanks to a peer-to-peer communication infrastructure, it is possible to control the processing comfortably from home or be informed of specific events such as alarms, tool changes, end of processing, etc. (in development).

The graphical interface of the RosettaCNC software is customizable with a personalized logo. The software already supports this feature, and no agreement with the development team is required.

RosettaCNC can manage up to 4 continuously interpolated axes. Each axis has its own parameterization. During interpolation, precise acceleration control is performed.

The STEP/DIR control outputs are generated by a powerful FPGA that allows operating frequencies of up to 300kHz (with a stable 50% duty cycle), making it possible to use both stepper drives and servo drives.

Each movement is verified by the trajectory generator to ensure the correct acceleration value. This is useful for avoiding mechanical stress and also for preventing step loss when controlling STEPPER motors. All movements and conditions are checked: JOG, HOMING, PAUSE, RESUME PROCESSING, QUICK OVERRIDE CHANGE, STOP PROCESSING, etc...

When the 'CONTINUOUS' work mode is selected, the RosettaCNC Board moves the axes to maintain a constant tool speed. When encountering a corner, it is rounded with a quadratic Bezier trajectory. The extent of the rounding can be set with a dedicated parameter.

The feed is controllable via an external MPG. Its digital signal allows for precise control of the value, unaffected by variations in humidity, wear, temperature, electrical circuitry offsets, etc.

RosettaCNC Board implements, like in the most advanced CNCs, the Look-ahead function, which allows for increased processing speed when executing programs made up of small segments. The depth of the implemented look-ahead is 2000 points.

Dual Ethernet communication channel, sending the job from the office PC, SDK for developing interfaces with management software, etc. All of this makes RosettaCNC a solution suitable for those who want to integrate the product into a scenario aligned with the needs of Industry 4.0

The distribution of the new software occurs both through the release of a new installation package and via an automatic update system. The distributed software is always stable. The automatic update ensures the fast and easy distribution of new features.

Fast, robust, isolated. These are the characteristics of the 100Mbit Ethernet connection used for the PC connection.

Thanks to the Ethernet port that manages two simultaneous connections, it is possible to control the machine on-site using the RosettaCNC software while simultaneously allowing communication from the office for supervision or sending the processing job.

Thanks to a peer-to-peer communication infrastructure, it is possible to control the processing conveniently from home or receive notifications about specific events such as alarms, tool changes, end of processing, etc. (in development).

The graphical interface of the RosettaCNC software is customizable with a personalized logo. The software already supports this feature, and no agreement with the development team is required.