Transfer Conveyors
Straight and side flexing conveyors in a variety of configurations to meet the needs of each filling line.
Standard features include:
- Stainless Steel Side Panels and fully guarded drives as standard construction.
- Adjustable Guide Railing.
- Standard working height: 34″ – 38″ (865 mm – 965 mm).
- Available in 3.25″ (82 mm), and 7.5″ (190 mm) as standards.
- Hydrostatic Variable speed drive.
- Plastic or Stainless Steel chain.
- Exterior covers also available for building-to-building transfers.
Depalletizers
Depalletize and feed containers quickly and with less effort.
Standard features include:
- Stainless Steel Side Panels and fully guarded drives as standard construction.
- Adjustable Guide Railing.
- Standard working height: 34″ – 38″ (865 mm – 965 mm).
- Available in single and dual discharge.
- Available in Mezzanine and In-Ground configurations.
- Includes scissors jack for raising/lowering container pallet.
- Includes roller conveyor for pallet transport.
- Variable speed drive and central lubrication.
- Epoxy coated, structural steel frame.
Accumulation Tables
Inline accumulation tables for in-process queuing needs.
Inline Accumulation Tables
Standard features include:
- Stainless Steel Side Panels and fully guarded drives as standard construction.
- Adjustable Guide Railing.
- Works with metal, plastic, and glass containers.
- Standard working height: 34″ – 38″ (865 mm – 965 mm).
- Variable speed drive and central lubrication.
- Epoxy coated, structural steel frame.
Accumulation Discs / Can Feeders
Designed to handle tinplate, aluminum, stainless, plastic, and glass containers these units are available both in single and dual discharge configurations.
Single & Dual Lane Container Feeders
Standard features include:
- Stainless Steel Side Panels and fully guarded drives as standard construction.
- Adjustable Guide Railing.
- Works with metal, plastic, and glass containers.
- Standard working height: 34″ – 38″ (865 mm – 965 mm).
- Available in single and dual discharge.
- Variable speed drive and central lubrication.
- Epoxy coated, structural steel frame.
- Can be upgraded into a depalletizer at a later date.
Accumulation Discs / Can Feeders
Stainless Steel accumulation discs for the loading of containers onto the line, or accumulation during the filling process.
Standard features include:
- Stainless Steel Side Panels and fully guarded drives as standard construction.
- Adjustable Guide Railing.
- Standard working height: 34″ – 38″ (865 mm – 965 mm).
- Available in 36″ (915 mm) and 48″ (1.2 M) Stainless Steel diameters.
- Variable speed drive.
- Optional: Stainless Steel Can Feeder Tray
- Epoxy coated, structural steel frame.
Accessory Stations
Container Cleaner
Available in both 2- and 4-Nozzle versions, these stations are designed to remove packing debris from the inside of containers prior to filling operations.
Ball Droppers
Available in single indexing and double indexing configurations, these units are designed to drop steel balls or glass marbles into aerosol containers prior to filling operations. Additionally, the units can be set up to drop one or two agitator balls per container. An optional Missing Ball Detector Upgrade is available for quality control purposes.
Vacuum Checkers
Designed to check the internal vacuum level of a canister after vacuum crimping and before propellant charging. These stations can be configured into a variety of filling systems.
Umbrella-Grommet Charging Systems
These systems are designed for the propellant charging and sealing of tin plate barrier aerosol containers.
The Terco Umbrella-Grommet System has been designed to propellant charge and seal tin plate barrier aerosol containers in a variety of formats. The system can be configured for use with either umbrella style gasket that only require charging, or with grommet fitments that require charging and positioning into the can.
Propellant charging can be accomplished through the use of positive displacement measuring chambers for liquefied propellants, or equilibrium filling for compressed gases.
Gasser-Plugger Systems
Designed to propellant charge and insert a rubber seal into the bottom of aluminum barrier aerosol products.
The Terco Gasser-Plugger System has been designed to propellant charge and seal aluminum barrier aerosol containers in a variety of formats. The system can be configured for either the rubber rope method or pre-molded plugs.
Propellant charging can be accomplished through the use of positive displacement measuring chambers for liquefied propellants, or equilibrium filling for compressed gases.
Rubber Rope Style
The traditional Terco Gasser-Plugger features the use of bulk rubber rope supply. During the cycle the station will feed and pre-cut the individual rubber plugs for insertion into the can.
As our most popular model, the Rubber Rope Gasser-Plugger offers easy set-up and a reduced package price as compared with other gassing-plugging methods.
Pre-Molded Plug Style
The Pre-Molded Plug style features a stainless steel vibratory sorter to orientate and feed pre-molded rubber plugs into the insertion head.
Each system can be easily converted into an Umbrella-Grommet Charging System for tinplate container production with an optional upgrade kit.
HPTV High Pressure Product Filling
Designed to dispense liquid and gel products into pre-pressurized containers through the valve stems under high pressure.
The High Pressure Through Valve (HPTV) Filling System has been designed to fill liquid and gel based products into pre-pressurized barrier aerosol containers under high pressure through the container’s valve stem.
The measuring chambers are of positive displacement design, and feature externally adjustable Teflon packing seals. Available chamber sizes include 300cc and 510cc capacities.
To meet exact product needs sanitary, product suck-back, and recirculating options are available.
Low Pressure Around Valve (LPAV)
Combines the processes of propellant charging and valve crimping into a single station. Ideal for products using bag-valves.
The Low Pressure Around Valve (LPAV) System combines the functions of a crimper and a propellant charger into one station. The station is completely air operated and can be configured as an upgrade kit for those customers who already have a 3-Stage Vacuum Crimper.
The station is ideal for bag-valve barrier systems as propellant is introduced into the container under the valve cup prior to the bag-valve being crimped in place.
Unlike other systems, the LPAV system works directly from the bulk propellant transfer pump and is standard with a pneumatic vacuum generator. This eliminates the need for expensive vacuum, hydraulic, and high-pressure propellant pumps.
The system can be configured with a number of options to meet the needs of your production. Available options include high efficiency vacuum pumps and reclaim recovery systems.