Tabletop Rubbing Device 'HO-IAD-BTR-01'
Introduction device for rubbing processing for labs. Compact, lightweight, and easy to handle.
The "Lapping Jig MRG-100" is a device designed for development and prototyping that enables high-precision lapping of glass substrates, film substrates, and more. The rotation of the lapping roll, movement of the sample stage, number of reciprocations, and processing time can be easily set using a numeric keypad. With a compact size of 450×375mm, it can be installed in tight spaces and is very easy to transport. 【Features】 ■ The lapping pressure can be set by manually adjusting the height of the sample stage. ■ The sample stage can rotate ±45 degrees. *For more details, please refer to the documentation. Feel free to contact us with any inquiries.
basic information
【Specifications】 Target sample size: Maximum 100mm square substrate Sample stage movement speed: Maximum 9mm/sec (in 0.05mm increments) Sample stage forward and backward stroke: Approximately 80mm (stroke adjustable) Sample stage up and down stroke: 20mm (manual scale alignment) Sample fixation: Vacuum suction fixation using a vacuum pump Roll width: 100mm Roll diameter: 40mm Roll rotation speed: Maximum 3000rpm (brushless DC motor) Power supply: AC100-230V 50/60Hz External dimensions: W450×D375×H330mm Others: Number of reciprocations and processing time can be set *For more details, please refer to the documentation. Feel free to contact us with any inquiries.
Price information
The base price fluctuates due to exchange rates. The estimate is valid for 30 days, and we will provide a response to the estimate.
Delivery Time
Model number/Brand name
India, manufactured by Holmarc.
Applications/Examples of results
[Usage] The technique known as rubbing involves the process of rubbing a glass substrate or film substrate coated with an alignment film, such as polyimide, in one direction. When liquid crystal molecules come into contact with the alignment film that has undergone rubbing treatment, they easily align in that direction, enabling the ON/OFF control of light transmission. [Achievements] Research and development of liquid crystal displays, sensors, and functional application films.
