Large lapping machine/lapping device compatible with G5, G6, G7, and GB substrates
This device is an inline system that performs lapping on an alignment film on a glass substrate under predetermined conditions. With the increase in the size of glass substrates, it has been designed and manufactured to ensure that fundamental characteristics such as gap accuracy, rotation uniformity, vibration, and static electricity, as well as motion characteristics like tact time and maintainability, are not compromised, enabling uniform and stable lapping.
Inquire About This Product
basic information
High Precision and Low Vibration ● Direct Drive System Patent Pending Eliminates vibration sources and achieves high precision control ● Spindle Structure Patent Pending Reduces deflection of the rubbing roller ● Hybrid Rubbing Roller Patent Pending Achieves lightweight and high precision by using composite materials Static Electricity Countermeasures ● Use of Non-Conductive Materials Reduces static electricity generation to less than 1/100 of conventional levels
Price range
Delivery Time
Applications/Examples of results
We will consult separately.
Detailed information
-
Large rubbing device
catalog（1）
Download All Catalogs
Company information
We solve your problems with bonding and sealing! - We propose a new bonding process that combines vacuum and atmosphere - Bonding of various shapes is possible. Prototyping and demo support are available, so please consult with us. At Joyo Engineering, as a top manufacturer of LCD bonding equipment and LCD cell gap formation equipment, we have produced many specialized devices that cater to various materials and process conditions, responding to our customers' needs. Based on numerous achievements, we have now released a new "vacuum bonding device." This device solves issues such as "air bubble inclusion in decorative panels with steps or slits," "design constraints of 2.5D/3D shapes," and "processing unevenness and positional deviation of thin substrates like films," enabling bonding of various shapes.