Engraving machine tool type

Woodworking engraving machine can engrave different woodworking panels because of the diversity of knives, but there are many friends because they are not correct...

Woodworking engraving machine because of the

diversity of knives, can engrave different woodworking panels, but there are many friends because of the lack of correct selection of tools caused by woodworking engraving machine in the carving plate when there are a lot of problems, the following Jiabang CNC according to nearly 10 years of design research and development production experience, summarized all plate tool selection, for your reference:

1, MDF cutting processing, recommended to use double-edged large chip removal spiral milling cutter, it has

two high-capacity chip discharge grooves, double-edged design, both has a good chip removal function, but also to achieve a good tool balance, in the processing of medium and high-density plates, no black, no smoke, long service life and other characteristics of aluminum plate cutting processing, it is recommended to use single-edged special aluminum milling cutter. Non-stick knife during processing, fast speed and high efficiency.

2. Metal engraving processing, using single-edged, double-edged straight-grooved flat-bottomed sharp knife.

3. High-density board, solid wood is recommended to use prismatic milling cutter.

 

 

4. Cork, MDF, native wood, PVC, acrylic large deep relief processing, it is recommended to use single-edged spiral ball milling cutter.

5. Metal mold processing milling cutter, it is recommended to use tungsten steel milling cutter, the surface is plated purple black and hard titanium.

6. Multi-stripe milling cutter is recommended for rough machining particle board.

7. Woodworking engraving machine tool acrylic cutting processing, recommended to use single-edge spiral milling cutter, characterized by smokeless and odorless processing, fast speed, high efficiency, non-sticky chips, truly environmentally friendly, its special manufacturing process to ensure that the processing acrylic does not burst, very fine knife pattern (even no knife pattern), the surface is smooth and flat. The machining surface needs to achieve a matte effect, and it is recommended to use a double-edged three-edged spiral milling cutter.

8. Multi-layer board, splint processing, it is recommended to use double-edged straight groove milling cutter.

9. It is recommended to use diamond carving knives for acrylic mirror engraving processing.

 

 

10. For precision small relief processing, it is recommended to use a round bottom engraving knife.

Premium version engineering plate engraving machine (water tank + tool magazine)

CODE: MKDJS-1325A-ATC
Working Area: X1300 x Y2500 mm
Spindle: 5.5kw 24000rpm water cooling
Speed: X50 / Y50 / Z20 m/min
Accuracy: ±0.05mm
Machine features: BT30 in-line tool magazine x6
Standard BT30 tool magazine, automatic tool change; suitable for all types of engineering plate processing...

1313 Precision Engraving Machine (Optional tool magazine)

CODE: MH-1313
Working Area: X1300 x Y1300 mm
Applicable fields: epoxy boards, bakelite boards, and other rigid engineering plastics
Speed: X22 / Y22 / Z16 m/min
Accuracy: ±0.03mm
Inline tool holder: optional inline 8-tool holder
Full screw drive high-precision machine tool, suitable for epoxy board, bakelite board and other hard engineering plate engraving and processing, selected for high-precision applications, such as electric power, heavy industry, new energy fields...

Economy version common engraving machine (T-slot table)

CODE: MKDJS-1325D
Working Area: X1300 x Y2500 mm
Spindle: 5.5KW 24000rpm water cooling
Speed: X50 / Y50 / Z20 m/min
Accuracy: ±0.05mm
3-axis wire rail + Z-axis screw + servo moto
Economical version, no tool magazine, simple, stable, reliable and easy to use, is one of the most widely used version...

Contact us to get strong technical support and develop your business better

Please submit your contact information, such as mobile phone number, email, etc., we will contact you immediately after receiving the information