JARYANNIX Portable Line Boring Machine, 110V Hole Drilling Machine, 2.16"-7.87" Bore Diameter, 5.2' x 1.96" Bar, Handle Control Professional Boring

JARYANNIX Portable Line Boring Machine, 110V Hole Drilling Machine, 2.16"-7.87" Bore Diameter, 5.2' x 1.96" Bar, Handle Control Professional Boring

Application: 55-200mm hole diameter hole drilling machine for engineering machinery is a piece of portable processing equipment, it is mainly used for processing small-scale pipeline inner holes and concentric span holes, and widely applied to the engineering machinery including excavators, cranes, loaders and hoists. Good Boring Bar: The boring bar is made of high-strength steel material, with a 6-stage machine tool screw, constant pitch, and precise and stable performance, with high hardness, high accuracy, high tenacity, good abrasion resistance, etc. It can be disassembled separately for convenient installation. High Quality: With a 110V continuous current motor with low speed and high torque, it has smooth processing and superior performance. Feeding and processing can realize electrodeless speed regulation. Feeding process can be set according to demands, and processing can automatically stop after reaching the limit switch. High Performance: With a handle controller, it can be operated and controlled from a distance, making it safer to work. The motor controller can effectively avoid vibration in shutdown by dynamic delay braking program, ensuring smooth boring process and improving machining accuracy and quality. Installation Methods and Specifications: There are many installation methods, including horizontal boring, inclined boring, vertical boring, etc. Different diameter boring bars can be selected according to the aperture size to achieve the same precision and smoothness as boring lathes. Parameters
Voltage: 110V, 60Hz
Power: 1500W
The maximum processing hole diameter: 200mm
The minimum processing hole diameter: 55mm
The maximum processing travel: 300mm
The maximum feed depth: 3mm on one side (A3steel)
Surface roughness: Ra3.2
Deviation from circular form