BHOLANATH BHBS-LLHS- X-SLIDE-150-M+E+P WITH STEPPER MOTOR, STEPPER DRIVE, POWERSUPPLY, CONTROLLER & CONTROL PANEL Robust and Precision Motion Controlled LIGHT LOAD HIGH SPEED BALL SCREW LINEAR SLIDE System 150 mm Travel Length WITH STEPPER MOTOR, STEPPER DRIVE, POWERSUPPLY, CONTROLLER & CONTROL PANEL And Precision Ball Screw Mechanism. For Linear Motion With Accurate & Immediate Response, Slow or Fast Speed, Jerk Free Positioning Accuracy (mm) -≤0.02. The Permissible Feed Speed is 0 to 150 mm per second, Degree of Protection IP 40. Load carrying capacity 0 to 17 kgs. Bholanath LINEAR SLIDE Systems can be used in Industrial Automation, Machineries, Assembly Lines, Add ons to Robotic Mechanism etc. For complete details please view Technical Specifications. Download Here
Delivery within 15 days.
Linear Light Load High Speed Ball Screw Slide 150 MM WITH STEPPER MOTOR
Download Technical Specification Sheet of BHBS-LLHS- X-SLIDE-150-M+E+P LINEAR LIGHT LOAD HIGH SPEED BALL SCREW 150 MM SLIDE WITH STEPPER MOTOR, STEPPER DRIVE, POWERSUPPLY, CONTROLLER & CONTROL PANEL. For complete details please view Technical Specifications. Download Here
Established in the year 1972 in Mumbai, India, Bholanath Precision Engineering Pvt. Ltd. is one of the leaders
in the field of manufacturing Hi- tech 1.8 degree Hybrid Stepper Motor. Our Factory area (16700 sqm) is near
Mumbai, India, 55 km from Mumbai Airport.
The company is owned by a group of technocrats committed to precision and repeated accuracy. Strong experience
has been developed over the years and this along with a rich enthusiasm allows the Bholanath team to put forth
Bholanath Precision Engineering Pvt Ltd's general policy does not recommend the use of its products in unapproved
and improper applications wherein a failure or malfunction of the product may directly endanger life or cause
injury. The user of Bholanath Precision Engineering's products, assumes all risks and liabilities, arising from
the use of Bholanath Precision Engineering's products and indemnifies Bholanath Precision Engineering against all