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Engraving Milling Machine
HG Machinetools CNC engraving machine or high speed CNC engraver is a multi-functional CNC machine that integrates engraving, milling and drilling. With fast rotation speed, low working noise and high control accuracy, it is widely used in various mold making, such as plastic mold, stamping mold, die casting mold, shoe mold and other metal and non-metal parts.
CNC engraving milling machines are known for their fast processing speed, cost performance and good finish.
CNC Engraving Milling Machine – HG1080V
CNC Engraving Milling Machine – HG1080V is the multifunctional CNC machine integrating engraving, milling and drilling. With fast rotation speed, low working noise and high control accuracy, it is widely used in various mold making, such as the plastic mold, stamping mold, die-casting mold, shoe mold and other metal or non-metal parts.
| Item | Unit | HG-1080V |
|---|---|---|
| Max. Engraving Size | mm | 1000×800×400 |
| Max. Loading Weight | kg | 800 |
| Table Size | mm | 1000×800 |
| Travel for X/Y/Z | 1000×800×400 | |
| Tool Magazine | T | Optional |
| Control System | Syntec or Mitsubishi | |
| Machine Size | mm | 3300×2500×2600 |
| Machine Weight | t | 8 |
CNC Engraving Milling Machine – HG650V
CNC Engraving Milling Machine – HG650V is a type of computer-controlled machine that can carve, cut, and engrave various materials using a rotating cutting tool. It has a very wide range of applications and can be applied to various fields and industries, and is suitable for engraving and cutting of various materials (except for materials with low melting points).
| Item | Unit | HG-650V |
|---|---|---|
| Max. Engraving Size | mm | 600×500×280 |
| Max. Loading Weight | kg | 300 |
| Table Size | mm | 600×500 |
| Travel for X/Y/Z | 600×500×250 | |
| Tool Magazine | T | Optional |
| Control System | Syntec or Mitsubishi | |
| Machine Size | mm | 1900×1800×2500 |
| Machine Weight | t | 3.5 |
CNC Engraving Milling Machine – HG870V
CNC Engraving Milling Machine – HG870V is a type of CNC controlled machine that can carve, cut, and engrave various materials using a rotating cutting tool. It has a very wide range of applications and can be applied to various fields and industries, and is suitable for engraving and cutting of various materials (except for materials with low melting points).
| Item | Unit | HG-870V |
|---|---|---|
| Max. Engraving Size | mm | 800×700×350 |
| Max. Loading Weight | kg | 400 |
| Table Size | mm | 800×690/800×700 |
| Travel for X/Y/Z | 800×700×350 | |
| Tool Magazine | T | Optional |
| Control System | Syntec or Mitsubishi | |
| Machine Size | mm | 2300×2000×2500 |
| Machine Weight | t | 4.5 |
FAQs of CNC Engraving Milling Machine For Sale
HG Machinetools CNC Engraving Milling Machine can perform drilling, milling, grinding and tapping along with engraving. This machine operates at high speed and has high cutting ability and machining accuracy. An engraving and milling machine is used to process metals of HRC40 hardness and below. This machine is used for both fine and rough processing of metal products and fine processing of non-metal products including resin, organic glass, wood, etc. CNC engraving and milling machines are known for their fast processing speed, cost-effectiveness and good finish. These machines are used in metal processing, mold, medical and other industries where fine milling and finishing of molds are required.
HG Machinetools CNC Engraving Milling Machine is used for both fine and rough processing of metal products and fine processing of non-metal products including resin, organic glass, wood, and so on. CNC engraving and milling machines are known for their fast processing speed, cost performance, and good finishes.
One of the main advantages of CNC engraving is that it provides incredibly precise results. Compared to manual engraving, CNC machines can produce much more accurate designs with higher levels of detail. In addition, the process is extremely efficient and can handle large batches quickly and easily. This makes it perfect for high-volume production where precision and speed are key requirements. Finally, because all design parameters are entered digitally, there is no need for manual intervention throughout the process, reducing the potential for human error.
