Commercial freeze dryers scaled to meet your production needs. Custom built, efficient, and cost effective.
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About Parker Freeze Dry
The Parker Freeze Dry line of commercial freeze dryers has a solution no matter your need. Whether you are looking to scale up from a countertop unit, or looking to exponentially increase your pounds of product per cycle, we can help you grow.
Parker Freeze Dry Chambers are made of heavy duty 304 beaded stainless steel. Aluminum carts and vapor condensers are contained inside the chamber. A glass view-port in the door allows observation of both the vapor condenser and carts during the drying cycle.
Control System
The Allen Bradley PLC Control System and HMI Screen include a graphic overview of the freeze drying system. It is automated to ramp or reduce heat to control sublimation to preset parameters. Full control of vacuum and refrigeration systems, and data logging allows for trend analysis and cycle development. Remote access via Ethernet allows for remote service and analysis.
Heated Carts
Heated carts are all aluminum construction for heat exchange efficiency. Each heated cart comes with 42 heated trays and 42 product pans providing radiant heat from above and conductive heat from below.
Vacuum System
The Parker 10 uses dry screw pumps to achieve deep vacuum throughout the process, eliminating oil back steaming risk. In addition, dry screw pumps tend to be more quiet, and require less maintenance and repair.
Vapor Condenser Plates
Aluminum plates in parallel circuits form a direct expansion refrigerated coil. Ice is defrosted after a product cycle by recirculating hot gas. The refrigeration condensing unit is purpose-built with capacity controls to allow economical use of the low R507 refrigerant, including an air cooled condenser.
Electrical Usage
Typical maximum usage is 68 FLA, 56 kW. Estimated cost per cycle of $81 (based on $.11 per kW hr).
Typical maximum usage is 190 FLA, 157 kW. Estimated cost per cycle of $252 (based on $.11 per kW hr)Parker Freeze Dry Chambers are made of heavy duty 304 beaded stainless steel. Aluminum carts and vapor condensers are contained inside the chamber. A glass view-port in the door allows observation of both the vapor condenser and carts during the drying cycle.
Control System
The Allen Bradley PLC Control System and HMI Screen include a graphic overview of the freeze drying system. It is automated to ramp or reduce heat to control sublimation to preset parameters. Full control of vacuum and refrigeration systems, and data logging allows for trend analysis and cycle development. Remote access via Ethernet allows for remote service and analysis.
Heated Carts
Heated carts are all aluminum construction for heat exchange efficiency. Each heated cart comes with 42 heated trays and 42 product pans providing radiant heat from above and conductive heat from below.
Vacuum System
The Parker 6 uses dry screw pumps to achieve deep vacuum throughout the process, eliminating oil back steaming risk. In addition, dry screw pumps tend to be more quiet, and require less maintenance and repair.
Vapor Condenser Plates
Aluminum plates in parallel circuits form a direct expansion refrigerated coil. Ice is defrosted after a product cycle by recirculating hot gas. The refrigeration condensing unit is purpose-built with capacity controls to allow economical use of the low R507 refrigerant, including an air cooled condenser.
Electrical Usage
Typical maximum usage is 122 FLA, 101 kW. Estimated cost per cycle of $130 (based on $.11 per kW hr)
Typical maximum usage is 190 FLA, 157 kW. Estimated cost per cycle of $252 (based on $.11 per kW hr)Parker Freeze Dry Chambers are made of heavy duty 304 beaded stainless steel. Aluminum carts and vapor condensers are contained inside the chamber. A glass view-port in the door allows observation of both the vapor condenser and carts during the drying cycle.
Control System
The Allen Bradley PLC Control System and HMI Screen include a graphic overview of the freeze drying system. It is automated to ramp or reduce heat to control sublimation to preset parameters. Full control of vacuum and refrigeration systems, and data logging allows for trend analysis and cycle development. Remote access via Ethernet allows for remote service and analysis.
Heated Carts
Heated carts are all aluminum construction for heat exchange efficiency. Each heated cart comes with 42 heated trays and 42 product pans providing radiant heat from above and conductive heat from below.
Vacuum System
The Parker 10 uses dry screw pumps to achieve deep vacuum throughout the process, eliminating oil back steaming risk. In addition, dry screw pumps tend to be more quiet, and require less maintenance and repair.
Vapor Condenser Plates
Aluminum plates in parallel circuits form a direct expansion refrigerated coil. Ice is defrosted after a product cycle by recirculating hot gas. The refrigeration condensing unit is purpose-built with capacity controls to allow economical use of the low R507 refrigerant, including an air cooled condenser.
Electrical Usage
Typical maximum usage is 153 FLA, 127 kW. Estimated cost per cycle of $195 (based on $.11 per kW hr)
Parker Freeze Dry Chambers are made of heavy duty 304 beaded stainless steel. Aluminum carts and vapor condensers are contained inside the chamber. A glass view-port in the door allows observation of both the vapor condenser and carts during the drying cycle.
Control System
The Allen Bradley PLC Control System and HMI Screen include a graphic overview of the freeze drying system. It is automated to ramp or reduce heat to control sublimation to preset parameters. Full control of vacuum and refrigeration systems, and data logging allows for trend analysis and cycle development. Remote access via Ethernet allows for remote service and analysis.
Heated Carts
Heated carts are all aluminum construction for heat exchange efficiency. Each heated cart comes with 42 heated trays and 42 product pans providing radiant heat from above and conductive heat from below.
Vacuum System
The Parker 10-R exclusively has built in redundancy. Dry screw pumps achieve deep vacuum throughout the process, eliminating oil back steaming risk. In addition, dry screw pumps tend to be more quiet, and require less maintenance and repair.
Vapor Condenser Plates
Aluminum plates in parallel circuits form a direct expansion refrigerated coil. Ice is defrosted after a product cycle by recirculating hot gas. The refrigeration condensing unit is purpose-built with capacity controls to allow economical use of the low R507 refrigerant, including an air cooled condenser.
Electrical Usage
Typical maximum usage is 190 FLA, 157 kW. Estimated cost per cycle of $252 (based on $.11 per kW hr)
Typical maximum usage is 190 FLA, 157 kW. Estimated cost per cycle of $252 (based on $.11 per kW hr)Parker Freeze Dry Chambers are made of heavy duty 304 beaded stainless steel. Aluminum carts and vapor condensers are contained inside the chamber. A glass view-port in the door allows observation of both the vapor condenser and carts during the drying cycle.
Control System
The Allen Bradley PLC Control System and HMI Screen include a graphic overview of the freeze drying system. It is automated to ramp or reduce heat to control sublimation to preset parameters. Full control of vacuum and refrigeration systems, and data logging allows for trend analysis and cycle development. Remote access via Ethernet allows for remote service and analysis.
Heated Carts
Heated carts are all aluminum construction for heat exchange efficiency. Each heated cart comes with 42 heated trays and 42 product pans providing radiant heat from above and conductive heat from below.
Vacuum System
The Parker 16-R exclusively has built in redundancy. Dry screw pumps achieve deep vacuum throughout the process, eliminating oil back steaming risk. In addition, dry screw pumps tend to be more quiet, and require less maintenance and repair.
Vapor Condenser Plates
Aluminum plates in parallel circuits form a direct expansion refrigerated coil. Ice is defrosted after a product cycle by recirculating hot gas. The refrigeration condensing unit is purpose-built with capacity controls to allow economical use of the low R507 refrigerant, including an air cooled condenser.
Electrical Usage
Typical maximum usage is 235 FLA, 195 kW. Estimated cost per cycle of $312 (based on $.11 per kW hr)
Parker 2
Parker 6
Parker 10
Parker 10R
Parker 16R