大船企業日本 List of Products and Services

This machine is equipment that has uniquely improved processing accuracy and quality for package substrates, and it is a high-precision drilling machine specialized for ultra-small diameters. It can also accommodate installation floor conditions, so please feel free to consult with us.

[6-Axis Independently Driven Mechanical Processing Machine] Our company manufactures and sells 6-axis independently driven mechanical processing machines for drilling and contour processing applications of printed circuit boards. The 6-axis independently driven mechanical processing machine is widely used in processes requiring high precision alignment, such as BGA, FC-BGA, CSP boards, as well as methods like Blind Hole and Back Drill.

This is a 6-axis hole machining machine with individually driven XYZ axes. In the standard model, there were a total of 8 axes driven, with 6 Z axes and only one X and one Y axis each. However, this equipment is designed to drive the X and Y axes for each Z axis, resulting in a total of 18 axes driven. Therefore, independent correction values can be input for each table, allowing for improved machining precision. After primary hole machining, it is capable of high-precision machining for secondary and tertiary holes by aligning them, as well as for back drilling processes where alignment of holes on both sides is required.

This is a 6-axis contour machining machine with individually driven XYZ axes. The standard model had a total of 8 axes, with 6 Z axes and only one X and one Y axis each. However, this equipment allows for the X and Y axes to be driven for a single Z axis, resulting in a total of 18 axes. Therefore, independent correction values can be input for each table, enabling improved machining precision.

This is a versatile machine equipped with a Vela-made high-torque, high-precision spindle. The spindle can be selected according to customer preferences at speeds of up to 80Krpm, 125Krpm, 160Krpm, 200Krpm, and 300Krpm, and if necessary, spindle replacement modifications can be made after equipment purchase (for a fee)! It is a cost-effective piece of equipment.

This is equipment designed for high-precision substrates that fully utilizes the performance of Vela's 300Krpm and 350Krpm spindles. The Z-axis features a linear drive specification, enabling high-speed operation of the Z-axis, making it suitable for high-speed and high-precision processing of high-precision substrates.

This is a high-precision back drill function using our company's high-precision height detection sensor (DSFi sensor). It detects the reference inner layer position with a drill, stores the reference position, and processes the depth data based on the reference inner layer position data.

This is an example of processing multilayer boards with copper plating for the military industry. Even for materials that include glass cloth, high-quality drilling is possible due to a highly stable spindle and a bushing mechanism that holds down the area near the processing hole.

This is a series of contour processing machines equipped with a rich variety of optional features. 【Example of optional features】 - 【Unique】 Automatic PIN insertion/extraction function - High-precision counterboring function - CCD alignment function - PIN-less function - Board push-up function And so on, we can propose optional features tailored to the customer's needs. If you have any inquiries, please feel free to contact us.

The high-precision height detection sensor "DSFi Sensor" developed by our company can be used for immediate drill break detection as well as for high-precision substrate height detection in precision counterboring processes. In traditional probe methods, height errors occur between the probe and the tool, making high-precision counterboring difficult. However, by using our height detection sensor, it is possible to detect when the tool contacts the work surface, thereby reducing height errors between the work surface and the measurement surface, as well as errors for each tool, allowing for high-precision machining.

Detect the target inner layer surface with the router bit and perform the counterboring process based on that position. It can also be used for high-precision exposure of the inner layer copper foil or for processing that leaves a specified amount of inner layer resin.

High-precision processing with alignment correction is possible by recognizing the shape of the substrate. 【Features】 - Position measurement is performed for each piece, allowing for high-precision processing against the substrate pattern. - By using our depth inspection sensor (DSFi sensor) in conjunction, high-precision counterboring is possible.

We manufacture and sell various spindles ranging from 60Krpm, 80Krpm, 125Krpm, 160Krpm, 200Krpm, 300Krpm, to 350Krpm. In particular, our spindles meet a wide range of customer demands with high torque and high precision!

This is a high-torque, high-speed, high-precision spindle capable of 300,000 RPM. Due to its high torque, it can perform long hole machining, and thanks to its stable design at the maximum speed of 300,000 RPM, it is possible to machine at this speed without needing to reduce the RPM for safety margins.

This is a high-torque, high-speed spindle, capable of handling a variety of machining processes that could not typically be achieved with a single spindle, including thick copper substrates, long hole processing, and large diameter machining with a diameter of φ6.35, as well as high multilayer substrates.