Value

Why the HP Series?

Background

Components in harsh environments (processes generating dust and burrs) are prone to breakdowns.

Conventional

Countermeasures (covers, etc.) to prevent dust and foreign matter adherence.
Poor maintainability.
Visual loss or increased maintenance.
Continued use in harsh environments with the assumption of breakdowns.
Increased downtime due to daily inspections and preparation for unplanned breakdowns.

With the HP Series…

  • Overwhelming durability in harsh environments: Four times longer service life than existing products.
  • Minimizes equipment dust countermeasures by adopting a structure unaffected by dust.

Low breakdown even in harsh environments!
Overwhelmingly stable operation.

Background

Hand chucks are fragile. Stocking inventory and thorough preparation are necessary.

Conventional

Maintaining high inventory levels to prepare for breakdowns.
Increased procurement costs and inventory management effort.
Reinforced system for prompt replacement in case of breakdown.
Increased maintenance frequency leads to higher maintenance costs.

With the HP Series…

  • Four times the durability of conventional models, defying the notion that "hand chucks are fragile."
  • Significantly reduces product breakdown rate even with high-speed and high-frequency operation.

Low breakdown even with high-speed, high-frequency operation!
Significantly reduced replacement and maintenance costs.

Furthermore, the HP Series hand chuck offers the following design benefits:

HP Series Design Benefits:

  • High rigidity allows for longer attachments, enabling more design freedom.
  • Optimized sensor mounting position allows for more space-saving layouts.
  • Length measurement types enable condition monitoring and sensor reduction.

Increased rigidity allows for longer attachment lengths, space-saving layouts, and more flexibility to meet stringent design requirements.

Background

Carbon neutrality is a vital corporate challenge.

Conventional

Difficult to prevent air leakage due to aging and wear
Frequent maintenance and wasted air consumption contribute to increased CO2 emissions throughout the plant
Generally replaceable on the same day they are called for
CO2 emissions are generated in unseen areas, from manufacturing to transportation and disposal of the replacement product itself.

With the HP Series...

  • Reduces air leakage. Reduction of CO2 emissions by 99.8% ※1 compared with conventional models
  • Up to 75% ※2 reduction of CO2 emissions from manufacturing / transportation / disposal by reducing the number of replacements by up to 1/4 through longer service life.

  • ※1 In case of the TVG Series (with 120 million operation cycles)
    ※2 Long service life cylinder HP1 Series

Contributes to reducing environmental loads throughout the life cycle

Click here for CO2 emissions calculation conditions