Profession: We have more than 80 workers in Zhejiang factory, which including 20 of experienced programming engineers and 6 mechanical/electrical designers. Many of them have 10 years of background in robotic grinding and polishing. (More than 100 workers including Shanghai/Guangdong branches).
Dedicate: We do and only focus on robotic grinding & polishing. We are the first group which do robot grinding domestic since 2010 and have become one of the biggest professional robot integrator in China.
Innovation: We are committed to the development and manufacture of robotic grinding equipment. We have a “young” team with average age 32 years old, which encourage practice and innovation.
Service: In the case of fully understanding the needs of customers, we propose a system integration design scheme for the robot grinding project. The main work flow of the project is: scheme design -- sample test -- formal design and manufacture -- on-site installation - commissioning and production. Due to the impact of the epidemic, on-site installation and adjustment are temporarily changed to online guidance.
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Zhejiang Kingstone Robot & Technology Co.,Ltd is a high-tech enterprise which focuses on the researching and developing of software and hardware systems for robotic grinding & polishing system and provides turnkey solutions for customers.
Kingstone has established strategic cooperation partnerships with world-classed robotic companies, such as FANUC, KUKA, and ABB. Kingstone provide customers with automatic control system of polishing in different industries. The products are widely used in sanitary ware kitchen, automobile and motorcycle parts, building hardware, sports equipment, medical equipment, household hardware, military weapons, aerospace and other industries.
The main factors affecting the formation of burrs
① Milling parameters, milling temperature, cutting environment, etc. will have a certain impact on the formation of burrs.
②The better the plasticity of the workpiece material, the easier it is to form I-type burrs.
③ When the angle between the end surface of the workpiece and the machined plane is greater than a right angle, the formation of burrs can be suppressed due to the increased support rigidity of the end surface.
④The use of milling fluid is beneficial to prolong the life of the tool, reduce the wear of the tool, lubricate the milling process, and then reduce the size of the burr.
⑤ Tool wear has a great influence on the formation of burrs. When the tool wears to a certain extent, the arc of the tool tip increases, not only the size of the burr in the exit direction of the tool increases, but also in the cutting direction of the tool.
⑥ Other factors such as tool material also have a certain influence on the formation of burrs.
What are the robot deburring machines?
With the development of the times, the traditional manual deburring method has gradually been unable to meet the needs of production, and the invention of deburring equipment just solves this problem. Advanced deburring equipment not only has good deburring performance, but also can quickly complete deburring work, which basically meets production needs. The following briefly introduces several deburring equipment:
(1) Magnetic polishing machine Magnetic polishing machine uses a magnetic field to make high-frequency rotation of the working parts, and uses stainless steel needles, knives and other materials to grind the parts to achieve deburring, polishing and other effects.
(2) Electrolytic deburring machine Electrolytic deburring machine uses the principle of electrolytic reaction, selects the parts that need to be deburred, and then automatically grinds these parts to achieve a good deburring effect. The equipment is widely used in engine, pneumatic, hydraulic and other industries.
(3) Ultrasonic deburring machine Ultrasonic deburring machine is not suitable for all deburring work. It is mainly suitable for some microscopic burrs, such as those that can be seen by a microscope. The above are for different types of large-scale deburring and polishing equipment. You can choose the appropriate deburring and polishing equipment according to your own needs.
Frequently Asked Question
Do you have any question?
Deburring is the process of removing burrs, edges, inconsistencies or fins off of parts. Robotic deburring is when this process is carried out by industrial robotic arms. While deburring is often a manual process, robotic deburring is starting to gain favor in the industrial sector.
Deburring tools are handheld tools used to remove burrs from the raw edges and holes of a product. This process creates a smooth finish from a rough cut so that the item can effectively serve its intended purpose.
When being cut, metals leave very sharp, rigid edges. Deburring eliminates ease sharp edges so that the worker can handle it without the possibility of getting cut or injured because of it. Additionally, a deburring machine also helps to maintain the safety of other important machines.
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Automated Robotic Polishing Systems Market Research Report 2021, Outline & Growth Outlook To 2027
The Global Automated Robotic Polishing Systems Market is all set to experience upward growth curve in the forecast period 2021–2027, note analysts of a new research report from ResearchMoz’s database.
Automated Robotic Polishing Systems Market Segmentation
The report contains the market size with 2020 as the base year and an annual forecast up to 2027 in terms of sales (in million USD).
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