PN 4430
HP Tri-Block Diaphragm

HP Tri-Block Diaphragm

• Consistent flow control for handpiece pressure adjustments
• Higher output due to improved airflow
• Longer lasting diaphragm
• No internal cross-over of air or water

PN 4433
HP Quad-Block Diaphragm

HP Quad-Block Diaphragm

• Consistent flow control for handpiece pressure adjustments
• Higher output due to improved airflow
• Longer lasting diaphragm
• No internal cross-over of air or water

PN 4421
Automatic HP Tri-Block

Tri-Block w/ Std. Adjustment Screws

• Works with normally closed automatic handpiece holders
• Consistent flow control for handpiece pressure adjustments
• Higher output due to improved airflow
• Longer lasting diaphragm
• No internal cross-over of air or water
• Tri-Block dimensions: 2 3/8" x 1 1/2" x 1"

PN 7321
HP Muffler and Oil Collector

HP Muffler and Oil Collector

• Can be mounted through frame for removal from outside control head
• Will handle up to four handpieces
• Minimum back pressure
• Compact size to fit inside control head
• Filter media is standard cotton swab material

PN 4425
Automatic HP Quad-Block

HP Quad-Block w/Std. Adjustment Screws

• Used on DCI Edge Series 4/5 Delivery Systems
• Works with normally closed automatic handpiece holders
• Consistent flow control for handpiece pressure adjustments
• Higher output due to improved airflow
• Longer lasting diaphragm
• No internal cross-over of air or water
• Quad-Block dimensions, 3 1/8" x 1 1/2" x 1"

PN 4427
Automatic HP Quin-Block

Quin-Block w/ Std. Adjustment Screws

• Works with normally automatic handpiece holders
• Consistent flow control for handpiece pressure adjustments
• Individual drive air adjustment screws
• Higher output due to improved airflow
• Longer lasting diaphragm
• No internal cross-over of air or water
• Quin-Block dimensions: 3 3/4" x 1 1/2" x 1"

PN 4426
HP Tri-block Mounting Bracket

Mounting Bracket

• Used on DCI Edge Series 4/5 Delivery Systems
• Works with normally closed automatic
• Consistent flow control for handpiece pressure adjustments
• Higher output due to improved airflow
• Longer lasting diaphragm
• No internal cross-over of air or water