Size: | |
---|---|
Availability: | |
Quantity: | |
ART210R
ARTECH
Product Description
Robot arm | Kuka |
Controller | KUKA KR210 |
Motor | KUKA |
Load | 210kgs |
Repeat accuracy | +-0.07 |
Spindle | 9kw |
Rotary | 1000mm diameter |
ARM L | 2700MM |
ART210R ROBOT MILLING is the process of carving specific or intricate shapes from molds using materials ranging from plastic, metal, foam, wood, to alloys. MILLING ROBOT execute precise cuts and movements to produce top-quality parts. Typically, this process involves two stages: first, efficiently removing excess material, followed by finishing the structure to meet dimensional and surface detail requirements such as grooves, profiles, openings, and three-dimensional contours.
Automated robot machining systems are versatile tools designed to remove specific materials. Milling robots typically follow either point-to-point (PTP) movements or linear/curved paths in 3D programming, completing the process once during the life cycle and offering a spacious workspace. This robotic solution is highly profitable and notably flexible. Robot milling work cells are equipped with multi-part accessories.
Industrial ROBOT MILLING ROBOT Applications
Carbon milling Robot system perform the carbon fiber trimming process provides a low level noise and less maintenance periods. | Foam milling With excellent programming capabilities, you can utilize a variety of tools to shape any material, thereby ensuring profitability in its removal. | Robotic hot wire cutting With a ROBOT MILLING cell, you conduct 2D and 3D modeling on any workable material, enabling hot wire cutting to deliver a flawless and rapid finish through polishing. |
Marble Stone Machining Robot The marble cutting process is optimized with the use of robotic systems, offering tools with greater versatility to ensure cuts of maximum quality while reducing time and effort. | Robot on linear track An industrial robot on a linear track offers greater precision, high speed, self-aligning capability, stiffness, and enhanced performance. | Orthopedic milling Automation in the medical industry involves a diverse range of materials including aluminum, titanium, stainless steel, and more. In this application, the speed and advanced technology provided by the milling and turning system are paramount. |
Polystyrene milling Metal milling with industrial robots allows for the fabrication of large-volume, intricately detailed parts with high quality and precision, despite their small dimensions. | Robotic art milling Using a straightforward interface, the robotic arm can sculpt any wooden surface, crafting flawless architectural masterpieces. | Metal machining Utilizing industrial robots for metal milling enables the production of large-volume, intricately detailed parts of small dimensions with high quality and precision. |
Milling architecture Through a simple interface the robotic arm can shape any wooden surface creating a perfect work of architecture. | Floating deburring Solution For deburring of non-standard workpieces such as die-casting parts and workpieces, how to make the workpiece fit the surface processing without overcutting or cutting | Yacht robot milling Nautical machining is a challenging task, but incorporating industrial robots has become a cost-effective manufacturing solution. Through simulation programs, the process can be analyzed and designed for large-scale dimensions to fit the desired specifications accurately. |
1. This MILLING ROBOT is equipped with high-quality four-row ball bearings, wide linear guides, and self-lubricating blocks. It balances forces in all directions to ensure accuracy and strength during machining.
2. The MILLING ROBOT ARM has a wide range of motion, making it ideal for processing large and extra-thick materials.
3. Intelligent processing cross-border protection design prevents excessive processing due to mechanical impact.
4. Diverse processing speeds can be controlled separately, greatly improving the quality and efficiency of processed products.
5. The ART210R MILLING ROBOT ARM has a wide range of motion.
6. Extra-heavy-duty base structure ensures maximum straightness and rigidity.
7. 12KW HSD liquid-cooled spindle.
8. 8-position linear automatic tool changer with precision tool clamping.
9. THK lubricated-for-life linear guides and guide blocks.
10. Yaskawa digital servo drivers and motors for high power, accuracy, and speed.
11. Syntec - PC interface numerical control system.
12. Automatic lubrication system (optional).
13. Operating system for easy setting of origin and workpiece position.
14. Tool setting device.
15. A starter set of woodworking tools.
16. 3 collets, optional from 1-20mm (imperial available if needed).
17. Includes 1 HSK 63F tool holder.
18. Taiwanese Delta inverter, with 0-22000rpm control.
19. German Schneider electronic spare parts.
20. Japanese OMRON limit switches.
21. MAXICAM double-sheathed, fire-retardant, highly flexible towline cable can be bent 300,000 times.
22. IGUS cable chain carrying system.
HSD SPINDLE
MOVING TABLE
SCREEN
Package and Delivery of small wood cnc router:
Package Detail: 1.Outside package:Standard plywood package. 2.Inner package:Stretchy film and plastic film for humidity. And we can package according to your requests. Delivery Detail: For atandard machines,it will be 7-15 working days after payment;For non-standard machines and customized machines according to clients' specific requirements,it will be 15 to 30 working days after payment.
After sale service
Video
Tel:0086-18764111821
E-mail:admin@artechcnc.com
Add:No. 186-2 , Fuhua Road, Huashan ,
Li Cheng District,Jinan City,Shandong province,
P.R.China