Contents
- 1 Overview of High Gain
- 2 350% instantaneous maximum torque needs to be handled ?Compact / lightweight?
- 3 Countermeasures for screw loosening are required ?Safety / precautionary measures?
- 4 Disturbances / vibrations must be suppressed ?Safety / precautionary measures?
- 5 Flexus?Muilti-Functional Machined Slotted Springs?
- 6 Flexus?Muilti-Functional Machined Slotted Springs?
- 7 Flexus?Muilti-Functional Machined Slotted Springs?
- 8 Flexus?Muilti-Functional Machined Slotted Springs?
- 9 Flexus?Muilti-Functional Machined Slotted Springs?
- 10 Flexus?Muilti-Functional Machined Slotted Springs?
- 11 Flexus?Muilti-Functional Machined Slotted Springs?
- 12 Flexus?Muilti-Functional Machined Slotted Springs?
- 13 Flexus?Muilti-Functional Machined Slotted Springs?
- 14 Flexus?Muilti-Functional Machined Slotted Springs?
- 15 Flexus?Muilti-Functional Machined Slotted Springs?
- 16 Flexus?Muilti-Functional Machined Slotted Springs?
- 17 Flexus?Muilti-Functional Machined Slotted Springs?
- 18 Flexus?Muilti-Functional Machined Slotted Springs?
- 19 Improved reproducibility of the main column / reference position is required ?High rigidity / high accuracy?
- 20 Improvement points for FA Devices?Control Design?
- 21 Improvement points for FA Devices?Control Design?
- 22 Improvement points for FA Devices?Drive Design?
- 23 Improvement points for FA Devices?Drive Design?
- 24 Improvement points for FA Devices?Unit Design?
- 25 Improvement points for FA Devices?Unit Design?
- 26 Machining marks must be prevented ?Energy-saving / reduced work-hours?
- 27 Needs to reduce the time for setup jobs on the line?Automation / robots / motorization?
- 28 Rotation shaft vibration must be suppressed ?Productivity increase?
- 29 Rotation shaft vibration must be suppressed ?Productivity increase?
- 30 Rotation shaft vibration must be suppressed ?Productivity increase?
- 31 Rotation shaft vibration must be suppressed ?Productivity increase?
- 32 Rotation shaft vibration must be suppressed ?Productivity increase?
- 33 Screws in places unreachable by hand need to be tightened ?Workability / maintenance?
- 34 Screws must be protected from chemicals ?Energy-saving / reduced work-hours?
- 35 Screws with high strength are required even in environments where steel cannot be used ?Compact / lightweight?
- 36 Screws with high strength are required even in environments where steel cannot be used ?Compact / lightweight?
- 37 Screws with high strength are required even in environments where steel cannot be used ?Compact / lightweight?
- 38 Servomotor hunting must be suppressed ?Productivity increase?
- 39 Small screws are required ?Compact / lightweight?
- 40 Small screws are required ?Compact / lightweight?
- 41 Small screws are required ?Compact / lightweight?
- 42 Stable speed control of the raising / lowering shaft is required ?High rigidity / high accuracy?
- 43 Theft / tampering countermeasures are required ?Safety / precautionary measures?
- 44 Webinar: How can we speed up and reduce the cost of the Motion Control System with Shaft Couplings?
- 45 Webinar: How can we speed up and reduce the cost of the Motion Control System with Shaft Couplings?
- 46 Webinar: How can we speed up and reduce the cost of the Motion Control System with Shaft Couplings?
- 47 Webinar: How can we speed up and reduce the cost of the Motion Control System with Shaft Couplings?
- 48 Webinar: How can we speed up and reduce the cost of the Motion Control System with Shaft Couplings?
- 49 Webinar: How can we speed up and reduce the cost of the Motion Control System with Shaft Couplings?
- 50 Webinar: How can we speed up and reduce the cost of the Motion Control System with Shaft Couplings?
- 51 Webinar: How can we speed up and reduce the cost of the Motion Control System with Shaft Couplings?
- 52 Webinar: How can we speed up and reduce the cost of the Motion Control System with Shaft Couplings?
- 53 Webinar: How can we speed up and reduce the cost of the Motion Control System with Shaft Couplings?
- 54 Webinar: How can we speed up and reduce the cost of the Motion Control System with Shaft Couplings?
- 55 Webinar: How can we speed up and reduce the cost of the Motion Control System with Shaft Couplings?
- 56 Webinar: How can we speed up and reduce the cost of the Motion Control System with Shaft Couplings?
- 57 What is the key to speeding up the Servo System?
- 58 What is the key to speeding up the Servo System?
- 59 Which Antenna and Gain Do I Need?
- 60 History of High Gain
Overview of High Gain
350% instantaneous maximum torque needs to be handled ?Compact / lightweight?
Aug.03.
Countermeasures for screw loosening are required ?Safety / precautionary measures?
May.10.
Disturbances / vibrations must be suppressed ?Safety / precautionary measures?
May.14.
Flexus?Muilti-Functional Machined Slotted Springs?
Jul.08.
Flexus?Muilti-Functional Machined Slotted Springs?
May.14.
Flexus?Muilti-Functional Machined Slotted Springs?
May.10.
Flexus?Muilti-Functional Machined Slotted Springs?
Jun.15.
Flexus?Muilti-Functional Machined Slotted Springs?
Feb.09.
Flexus?Muilti-Functional Machined Slotted Springs?
May.10.
Flexus?Muilti-Functional Machined Slotted Springs?
Jul.31.
Flexus?Muilti-Functional Machined Slotted Springs?
Jul.31.
Flexus?Muilti-Functional Machined Slotted Springs?
Jul.31.
Flexus?Muilti-Functional Machined Slotted Springs?
Jul.31.
Flexus?Muilti-Functional Machined Slotted Springs?
Jul.31.
Flexus?Muilti-Functional Machined Slotted Springs?
Jul.31.
Flexus?Muilti-Functional Machined Slotted Springs?
Jul.31.
Flexus?Muilti-Functional Machined Slotted Springs?
Jul.31.
Improved reproducibility of the main column / reference position is required ?High rigidity / high accuracy?
May.10.
Improvement points for FA Devices?Control Design?
May.10.
Improvement points for FA Devices?Control Design?
May.10.
Improvement points for FA Devices?Drive Design?
May.10.
Improvement points for FA Devices?Drive Design?
May.10.
Improvement points for FA Devices?Unit Design?
Apr.23.
Improvement points for FA Devices?Unit Design?
Feb.25.
Machining marks must be prevented ?Energy-saving / reduced work-hours?
May.10.
Needs to reduce the time for setup jobs on the line?Automation / robots / motorization?
May.10.
Rotation shaft vibration must be suppressed ?Productivity increase?
May.14.
Rotation shaft vibration must be suppressed ?Productivity increase?
May.14.
Rotation shaft vibration must be suppressed ?Productivity increase?
May.14.
Rotation shaft vibration must be suppressed ?Productivity increase?
Mar.10.
Rotation shaft vibration must be suppressed ?Productivity increase?
Introducing case studies using couplings that control vibrations to improve productivity.
Screws in places unreachable by hand need to be tightened ?Workability / maintenance?
Jun.15.
Screws must be protected from chemicals ?Energy-saving / reduced work-hours?
May.10.
Screws with high strength are required even in environments where steel cannot be used ?Compact / lightweight?
Jul.31.
Screws with high strength are required even in environments where steel cannot be used ?Compact / lightweight?
May.10.
Screws with high strength are required even in environments where steel cannot be used ?Compact / lightweight?
Apr.19.
Servomotor hunting must be suppressed ?Productivity increase?
May.10.
Small screws are required ?Compact / lightweight?
May.14.
Small screws are required ?Compact / lightweight?
May.14.
Small screws are required ?Compact / lightweight?
May.14.
Stable speed control of the raising / lowering shaft is required ?High rigidity / high accuracy?
Apr.23.
Theft / tampering countermeasures are required ?Safety / precautionary measures?
May.10.
Webinar: How can we speed up and reduce the cost of the Motion Control System with Shaft Couplings?
Apr.19.
Webinar: How can we speed up and reduce the cost of the Motion Control System with Shaft Couplings?
Aug.03.
Webinar: How can we speed up and reduce the cost of the Motion Control System with Shaft Couplings?
Aug.03.
Webinar: How can we speed up and reduce the cost of the Motion Control System with Shaft Couplings?
Aug.03.
Webinar: How can we speed up and reduce the cost of the Motion Control System with Shaft Couplings?
Mar.16.
Webinar: How can we speed up and reduce the cost of the Motion Control System with Shaft Couplings?
Aug.03.
Webinar: How can we speed up and reduce the cost of the Motion Control System with Shaft Couplings?
Mar.16.
Webinar: How can we speed up and reduce the cost of the Motion Control System with Shaft Couplings?
Mar.16.
Webinar: How can we speed up and reduce the cost of the Motion Control System with Shaft Couplings?
Aug.03.
Webinar: How can we speed up and reduce the cost of the Motion Control System with Shaft Couplings?
Mar.16.
Webinar: How can we speed up and reduce the cost of the Motion Control System with Shaft Couplings?
Apr.19.
Webinar: How can we speed up and reduce the cost of the Motion Control System with Shaft Couplings?
Aug.03.
Webinar: How can we speed up and reduce the cost of the Motion Control System with Shaft Couplings?
How can replacing your current shaft couplings to improve your industrial productivity and reduce the cost?
You can speed-up your Servo-system by using NBK’s XG-series couplings.
What is the key to speeding up the Servo System?
Apr.23.
What is the key to speeding up the Servo System?
This page describes couplings that increase servo system speed.If you haven’t heard about the progress made with couplings that connect motors and actuators, you may be missing an opportunity to get better performance out of your servo system.
Which Antenna and Gain Do I Need?
If you want to focus all of the signal to direct it to a distant target, then the high gain antenna is definitely the best choice.High gain antennas need to be pointed in a preferred direction to send RF signal so that limited signal can be intensified in desired location, as illustrated below.