Coordinate Drive System
The rapid traverse rates of the X-axis and Z-axis are 30m/min and 36m/min respectively. The pre-stretched screw design provides a good guarantee for high-precision machining. SIEMENS 828D system.

 

Spindle
The high rigidity and high precision spindle brings excellent machining accuracy and surface quality.
1. The high-power spindle provides higher production efficiency. Due to the overall shortening of the spindle, the deflection is reduced, improving the spindle rigidity and ensuring machining accuracy.
2. The spindle body uses special materials, is quenched throughout, and uses double-row cylindrical roller bearings, improving the overall rigidity and stability of the spindle.
3. The spindle uses natural cooling to avoid the precision drift caused by heat generation during long-term high-speed operation, improving the stability of precision during continuous machining.

 

Turret
1. The turret uses servo motor indexing, arc gear positioning, and hydraulic clamping.
2. The turret has fast indexing speed, long life, and good rigidity.
3. Clamping force reaches 7000kgf.

Tailstock
1. The tailstock adopts a single-layer structure, greatly improving rigidity and reliability, and uses a servo motor with brake drive.
2. The tailstock thrust realizes adaptive control, suitable for heavy cutting and fine machining.
3. The tailstock has fast and accurate positioning, arbitrary setting and adjustment of long and short workpieces, and is maintenance-free.

Fine Surface
This function is a unique calculation method designed to improve the surface quality of workpieces while significantly shortening processing time. The new "pre-reading" algorithm comprehensively considers the entire processing path, ensuring a smooth workpiece surface when executing mold programs with small line segment approximations.

 

80-bit floating-point calculation accuracy (Nano FP) — Accuracy exceeding nano-level
SIEMENS 828D uses advanced processor technology and software architecture, based on 80-bit floating-point calculation accuracy. This term, which sounds theoretical, can bring many practical benefits: excellent workpiece accuracy through good contour control.

 

Program Simulation Function Ensures Machining Reliability
The program simulation function of SIEMENS 828D always uses the actual geometric parameters of the tool, thus ensuring greater machining reliability. The simulation shows not only exquisite color images but also the accurate process of actual machining. Whether machining inclined surfaces, end faces, or cylindrical surfaces, SIEMENS 828D can accurately simulate the machining process. At the same time, the zoom function allows observation of any details of the machining process without re-simulation.

"SMS Function", Everything Under Control
Does machine No. 3 in the second workshop need to change the blank? Is the milling cutter of machine No. 7 in the first workshop severely worn? SIEMENS 828D will provide you with all the information you want to know. It can send the machining status of the machine tool to your Mobile in the form of an SMS, thereby improving production efficiency. Just insert a SIM card, enter your Mobile number into the system, and select the information you want to know (such as tool management information), so you can get the latest information anytime, anywhere.

Simple and Convenient Network Connection
If your machining program is saved on your computer, our complete PC tools will provide you with a solution. Simply connect your laptop to the front Ethernet port of SIEMENS 828D, and use the RCS Commander software to easily drag and drop data exchange between the computer and the CNC system. Through the 100BaseT Ethernet port on the backplane, SIEMENS 828D does not require other software protocols; it only needs simple connection and configuration to freely access the company network.