Ryan Nussbacher

Glif Lamp - Glif is an experiment about controlling light emissions physically. The soft, cool light it emits from dual CFL tubes can be controlled by raising or lowering the bulb array out of the base. This retractability doubles as a means to transport the lamp whenever it needs to be moved for whatever area it is occupying. Glif is designed to last but, nonetheless, it can be separated into its individual components for recycling and reuse at the eventual end of its life.

Glif is an experiment about controlling light emissions physically. The soft, cool light it emits from dual CFL tubes can be controlled by raising or lowering the bulb array out of the base. This retractability doubles as a means to transport the lamp whenever it needs to be moved for whatever area it is occupying. Glif is designed to last but, nonetheless, it can be separated into its individual components for recycling and reuse at the eventual end of its life.

Glif is an experiment about controlling light emissions physically. The soft, cool light it emits from dual CFL tubes can be controlled by raising or lowering the bulb array out of the base. This retractability doubles as a means to transport the lamp whenever it needs to be moved for whatever area it is occupying. Glif is designed to last but, nonetheless, it can be separated into its individual components for recycling and reuse at the eventual end of its life.

Glif is an experiment about controlling light emissions physically. The soft, cool light it emits from dual CFL tubes can be controlled by raising or lowering the bulb array out of the base. This retractability doubles as a means to transport the lamp whenever it needs to be moved for whatever area it is occupying. Glif is designed to last but, nonetheless, it can be separated into its individual components for recycling and reuse at the eventual end of its life.

Glif is an experiment about controlling light emissions physically. The soft, cool light it emits from dual CFL tubes can be controlled by raising or lowering the bulb array out of the base. This retractability doubles as a means to transport the lamp whenever it needs to be moved for whatever area it is occupying. Glif is designed to last but, nonetheless, it can be separated into its individual components for recycling and reuse at the eventual end of its life.

Glif is an experiment about controlling light emissions physically. The soft, cool light it emits from dual CFL tubes can be controlled by raising or lowering the bulb array out of the base. This retractability doubles as a means to transport the lamp whenever it needs to be moved for whatever area it is occupying. Glif is designed to last but, nonetheless, it can be separated into its individual components for recycling and reuse at the eventual end of its life.

Glif is an experiment about controlling light emissions physically. The soft, cool light it emits from dual CFL tubes can be controlled by raising or lowering the bulb array out of the base. This retractability doubles as a means to transport the lamp whenever it needs to be moved for whatever area it is occupying. Glif is designed to last but, nonetheless, it can be separated into its individual components for recycling and reuse at the eventual end of its life.