NEXIO BAS-⁠365K

Bridge type mechanism provides great sewing quality at higher sewing speeds Minimize downtime with advanced digital sensing technology and a large sewing area designed for oversized products. Equipped with the DIGIFLEX TUNE feature, which digitizes traditional mechanical adjustments for faster, more precise machine setup. Advanced quality monitoring functions include skipped stitch detection, thread breakage detection, and dynamic upper thread tension monitoring. The XY independent feed mechanism delivers exceptional material control for consistently high-quality sewing results.

Features of NEXIO BAS-365K

Sensing makes it clear how to handle sewing defects, minimizes downtime and increases productivity.

The adjustment time of the sewing machine due to poor sewing is greatly reduced by sensing technology.The cause of the sewing defect can be identified and appropriate adjustments can be made just from the numerical values on the panel.

Adjustments in increments of 0.01 millimeters are possible, eliminating variations in adjustments due to people and environments.

The sewing machine adjustment, which was done by feeling, will change to adjusting while looking at the target value set on the panel and the current value.

XY independent feed mechanism is Achieving high-quality sewing.

By maximizing the sewing area through the adoption of bridge-type mechanism, it is now possible to sew large pieces of material such as airbags, which were previously difficult to sew. In addition, the XY independent feed mechanism achieves high sewing accuracy, making it possible to perform high-quality "design stitches" on car seats, leather products, etc.

Upper thread tension monitoring is skipped stitches detection, thread breakage detection, dynamic upper thread tension monitoring.

By detecting sewing defects by detecting skipped stitch, thread breakage detection, and dynamic upper thread tension monitoring, defective products are prevented from flowing to the downstream process. By directly detecting the upper thread tension with a magnetic sensor, it is possible to distinguish between skipped stitch and thread breakage. *As we continue to monitor upper thread tension, we plan to add other criteria for defects and abnormalities. *2 It is applicable for Brother’s IoT system. For more details, please refer to the catalog of “Brother Industrial Sewing Machine Network System”.

Unique Bridge Design high speed, high precision, with stable sewing quality Brother's innovative digital technology enables analog adjustments to be accurate to 0.01 millimeters. Supports stable production by maintaining high production efficiency and quality.

Productivity

Sensing makes it clear how to handle sewing defects, minimizes downtime and increases productivity.

Digitalization of adjustments

The digital adjustment method using sensing makes it easy to adjust the needle bar height position, hook timing, needle guard gap, needle clearance, while checking the numerical values on the panel.

Preventing sewing defects

Oil level monitoring

By alerting you when the oil level is low, you can prevent sewing defects and machine damage due to operation without oil.

Upper thread tension monitoring

By detecting sewing defects by detecting skipped stitch, thread breakage detection, and dynamic upper thread tension monitoring, defective products are prevented from flowing to the downstream process.

Customized Solutions

Curtain airbag long sewing

By taking advantage of the characteristics of the bridge type sewing machine and expanding the area in the Y direction, it can reach the sewing area necessary for sewing curtain airbags.

Option

Automatic bobbin changer

The automatic replacement of the bobbin contributes to reducing the burden on the operator and improving productivity.

Adaptable to changes of various sewing items and conditions with high quality stability and improved operation rate

XY axis independent drive mechanism

By maximizing the sewing area through the adoption of bridge-type mechanism, it is now possible to sew large pieces of material such as airbags, which were previously difficult to sew. In addition, the XY independent feed mechanism achieves high sewing accuracy, making it possible to perform high-quality "design stitches" on car seats, leather products, etc.

Achieves a wide sewing area with a compact installation (footprint) area

Achieves a wide sewing area with a compact installation (footprint) area

The workspace footprint is extremely small for the larger sewing area provided when compared to a conventional type BAS machines, allows making additional space for another machine.

Materials can be overlapped and clamped, or intricately overlapped and sewn

Intermittent stepping presser foot by pulse motor

Intermittent stepping presser foot is independently driven using a pulse motor. By sewing with the stepping presser foot lowered at the beginning of sewing, it is possible to reduce prevent skipped stitches at sewing start. In addition, stroke adjustment can be done only by operating the panel, and it is easy to operate by simply setting the stroke amount after setting the lowest point of the intermittent stepping presser foot as the reference.

Improved maintainability and accessibility

Sewing work assistant

The start-up time of the operation panel has been significantly reduced, so that you can start working in about 5 seconds. The power of the main shaft motor has been increased from 550W to 800W.

Adaptable to changes of various sewing items and conditions with high quality stability and improved operation rat

By maximizing the sewing area through the adoption of bridge-type mechanism, it is now possible to sew large pieces of material such as airbags, which were previously difficult to sew. In addition, the XY independent feed mechanism achieves high sewing accuracy, making it possible to perform high-quality "design stitches" on car seats, leather products, etc.