Gojo Industries, Inc. Gojo Purell Ltx-7 Dispensers

The Gojo Purell LTX-7 Dispensers are engineered to work exclusively within the LTX-7 system to ensure optimal performance and reliable dispensing of Purell products. These units are compatible only with the required capacity.

• System Compatibility: They utilize GOJO Purell LTX-7 system refills.
• Required Capacity: The dispenser is designed specifically for 700mL size refills.

Yes, the Gojo Purell LTX-7 Dispensers are engineered for maximum energy efficiency.

They utilize patent-pending technology to ensure minimal energy consumption per actuation.

A key benefit of this optimized design is extended battery life. In most typical installations, this generally eliminates the need to replace batteries throughout the entire expected lifespan of the dispenser, offering significant savings and convenience.

Yes, the GOJO Purell LTX-7 Dispensers are specifically engineered for durability and low maintenance in high-traffic environments like clinical settings and offices. A primary benefit is the patent-pending energy optimization technology. This design minimizes energy use per actuation, which is intended to eliminate the need for battery replacement during the dispenser’s lifespan in most typical installations.

Other factors ensuring reliability and suitability include:

• High Capacity: The 700mL capacity reduces the frequency of necessary refills.
• Quality & Condition: These dispensers are manufactured by GOJO, made in the USA, and guaranteed to arrive in Factory New condition.
• Bulk Purchase: They are conveniently available in case quantities (4 units per case) for large-scale deployment.

No, batteries are not included with the Gojo Purell LTX-7 Dispensers and must be supplied separately for operation.

However, these units are engineered for exceptional energy efficiency:

• They utilize patent-pending technology to minimize energy consumption per actuation.
• This advanced optimization is designed to eliminate the need to change batteries throughout the dispenser’s lifespan in most typical installations.

Yes, the GOJO Purell LTX-7 Dispensers are engineered specifically for high-volume environments that require reliable, continuous hand hygiene.

They are ideal for demanding professional settings such as:

• Medical facilities
• Offices and schools
• Other high-traffic commercial spaces

A core advantage is the patent-pending energy optimization technology. This feature ensures minimal energy consumption per actuation, potentially eliminating the need to change batteries throughout the dispenser’s life in most typical installations, guaranteeing consistent operation where reliability is critical.

The Purell LTX-7 Dispensers are designed to hold 700mL refills.

This standard capacity is consistent across all available color configurations (White/White and Chrome/Black), making it suitable for high-volume hand hygiene stations in environments such as:

• Medical facilities
• Offices
• Schools

The Gojo Purell LTX-7 Dispensers are exclusively compatible with 700mL refill cartridges.

Two distinct color configurations are available to suit your aesthetic requirements:

• White/White: A standard, clean aesthetic ideal for clinical or bright settings.
• Chrome/Black: Provides a more contemporary and professional look, often complementing modern fixtures with its brushed metallic finish.

The Gojo Purell LTX-7 Dispenser is exclusively designed to accept 700mL refills within the PURELL LTX-7 system.

Using the correct LTX-7 700mL cartridge is crucial because this dispenser utilizes patent-pending technology engineered for:

• Optimal Performance: Ensures reliable dispensing and flow.
• Energy Efficiency: Minimizes energy use per actuation.
• Maximum Battery Life: This efficiency is designed to potentially eliminate the need for battery replacements during the dispenser’s typical operational lifespan.

This dispenser is white/white.

These dispensers feature patent-pending technology specifically designed to optimize energy usage. This advanced design helps to minimize energy consumption per actuation, aiming for a maintenance-free battery life in most installations.