Reliable CNC Routers for Signage and Woodworking: Hassle-Free Solutions
Expert CNC Engineering Services in Sydney for Installation and Training at Your Location
Versatile CNC Routers for Signage and Woodworking Projects
User-Friendly Manual Tool Changing Machines for 2D and 3D Applications
Comprehensive Guide to CNC Routers: Essential Information and Insights
Introduction to CNC Routers
A CNC router is an advanced computer-controlled device designed for creating precise and consistent parts across various materials, including wood, timber, and acrylic. This technology offers unparalleled precision and efficiency for signage and woodworking applications.
CNC machinery can be effectively utilized in both small workshops and large-scale manufacturing facilities, indicating its versatile applications.
Computer Numerical Control (CNC) technology empowers users to achieve complex designs and tasks that would be virtually impossible manually. Indeed, CNC technology is built to address current and future manufacturing challenges.
| 1 | Model | SH-1325 |
|---|---|---|
| 2 | X/Y/Z Axis working size | X=1300mm, Y=2500mm, Z=160mm |
| 3 | Feeding height | 200mm |
| 4 | Max running speed | 25m/min |
| 5 | Max working speed | 12m/min |
| 6 | X/Y Axis transmission | Good Quality Helical Gear and rack 25mm |
| 7 | Z Axis transmission | Taiwan Ball screw |
| 8 | Guide rail | Taiwan HIWIN/PMI square guide rail 20mm |
| 9 | Working table | Vacuum absorption working table with 5.5KW vacuum pump, and aluminum T-slot combined |
| 10 | Spindle power | 4.5KW water cooled spindle |
| 11 | Max spindle speed | 24000rpm |
| 12 | Collet | ER20(2-13mm) |
| 13 | Inverter | Chinese Fuling Inverter 4.5KW |
| 14 | Control system | DSP control system (independent control cabinet) |
| 15 | Driver system | Leadshine hybrid servo motor, 4 pieces, |
| Big power Leadshine hybrid servo driver, 4 pieces, | ||
| Motor for Z axis with brake, to protect the head and the workpieces when power off suddenly. | ||
| 16 | Working voltage | 380V, 50HZ/60HZ, 3 phase |
| 17 | Command | G code |
| 18 | Computer interface | USB port |
| 19 | Wiring cables | Shanghai Echu |
| 20 | Limit switch | Japan Omron |
| 21 | Software compatibility | Artcam, Type3, JDpaint, Ucancam, etc.(pirated software for free) |
| Hundreds of designs will be given to you for free. | ||
| 22 | Dust protection | X & Y axis with dust-proof |
| 23 | With alarm light, for more safety | |
| 24 | With lubricating system | |
| 25 | With emergency stops on the gantry | |
| 26 | Structure | Heavy duty bed, iron tube thickness 8mm |
| 27 | Gross weight | 1300KGS |
| 28 | Packing | Plywood box for export |
| packing size 2250(Width)*3400(Length)*1850mm(Height), about 14.15CBM | ||
| 29 | With Dust Collector (whole set) |
Understanding CNC Routers: What Are They and the Variants Available?
A CNC router is a computer numerically controlled machine primarily used for manufacturing 2D and planar parts. Examples of such parts can be viewed here.
Router machines come in various designs. The simplest form is a 2-axis planar CNC with Z-axis control for vertical movement or a 2.5-axis CNC machine. A 3-axis router is capable of simultaneous control of Z-axis along with X and Y axes.
A 4-axis CNC machine, which can create cylindrical or 3D objects, adds a rotational axis in either the X or Y direction. Detailed information can be found here.
For sculpting applications, a CNC router may incorporate both rotational movement in the X and Z axes, resulting in a 5-axis CNC machine. More details can be found here.
Manual vs Automatic Machining: Key Differences Explained
Manual Machining vs. Automatic Machining: Understanding Critical Differences
In manual machining, the operator must control every single machine movement to shape the desired part. In contrast, automatic machining—such as CNC—allows the operator to prepare the workpiece and toolings only once per project, programming the machine to execute all operations. This results in significant advantages in terms of speed and precision during mass production.
Even for low-volume production of precise parts, reliance on CNC technology is essential due to its unmatched accuracy.
CNC Router Pricing: Understanding Costs and Budgeting
Keywords: CNC machine cost, CNC router pricing
A manual tool changing router that can process an entire 2400 x 1200 mm sheet typically costs around A$14,000 delivered in Sydney.
A CNC machine with a linear automatic tool changer is priced at around A$30,000 delivered in Sydney. Similarly, the carousel tool-changing CNC with similar dimensions is approximately A$33,000 delivered in Sydney. Upgrading to a carousel tool changer significantly boosts production speed due to reduced tool-change times.
