Equipment

2.3 mm needle tool and nozzle set up for high viscosity materials. Operating pressure: 15-50 psi, 600 cc Plastic Paint Cup, Air Inlet: 1/4", Air Consumption: 4.5-7.5 cfm.

20.5" x 3.25" with a 3/8" shaft. Mixes 2-5 gallons. Up to 1,000 RPM. Stainless Steel. It has two sets of specially welded blades. The vertical ones keep the mixing action between them, the horizontal ones employ an exclusive hydraulic-flow principle that prevents sucking air. In addition, the horizontal blades pull the high density material up from the bottom while forcing the low viscosity solvents down from the top. All stress joints are specially welded for extra strength so it is virtually impossible for them to break.

40" x 9.75" with a 3/4" shaft. Mixes 75-100 gallons. Up to 250 RPM. Stainless Steel. It has two sets of specially welded blades. The vertical ones keep the mixing action between them, the horizontal ones employ an exclusive hydraulic-flow principle that prevents sucking air. In addition, the horizontal blades pull the high density material up from the bottom while forcing the low viscosity solvents down from the top. All stress joints are specially welded for extra strength so it is virtually impossible for them to break.

10" x 2.5" with a 1/4" shaft. Mixes 1-2 gallons. Up to 1200 RPM. Stainless Steel. It has two sets of specially welded blades. The vertical ones keep the mixing action between them, the horizontal ones employ an exclusive hydraulic-flow principle that prevents sucking air. In addition, the horizontal blades pull the high density material up from the bottom while forcing the low viscosity solvents down from the top. All stress joints are specially welded for extra strength so it is virtually impossible for them to break.

14.75" x 2.5" with a 1/4" shaft. Mixes 1-2 gallons. Up to 1200 RPM. Stainless Steel. It has two sets of specially welded blades. The vertical ones keep the mixing action between them, the horizontal ones employ an exclusive hydraulic-flow principle that prevents sucking air. In addition, the horizontal blades pull the high density material up from the bottom while forcing the low viscosity solvents down from the top. All stress joints are specially welded for extra strength so it is virtually impossible for them to break.

30" x 2.5" with a 1/4" shaft. Mixes 1-2 gallons. Up to 800 RPM. Stainless Steel. It has two sets of specially welded blades. The vertical ones keep the mixing action between them, the horizontal ones employ an exclusive hydraulic-flow principle that prevents sucking air. In addition, the horizontal blades pull the high density material up from the bottom while forcing the low viscosity solvents down from the top. All stress joints are specially welded for extra strength so it is virtually impossible for them to break.

10" x 1.25" with a 1/4" shaft. Mixes 1 pint. Up to 1200 RPM. Stainless Steel. It has two sets of specially welded blades. The vertical ones keep the mixing action between them, the horizontal ones employ an exclusive hydraulic-flow principle that prevents sucking air. In addition, the horizontal blades pull the high density material up from the bottom while forcing the low viscosity solvents down from the top. All stress joints are specially welded for extra strength so it is virtually impossible for them to break.

20.5" x 4.75" with a 1/2" shaft. Mixes 5-10 gallons. Up to 800 RPM. Stainless Steel. It has two sets of specially welded blades. The vertical ones keep the mixing action between them, the horizontal ones employ an exclusive hydraulic-flow principle that prevents sucking air. In addition, the horizontal blades pull the high density material up from the bottom while forcing the low viscosity solvents down from the top. All stress joints are specially welded for extra strength so it is virtually impossible for them to break.

40" x 5" with a 1/2" shaft. Mixes 10-50 gallons. Up to 450 RPM. Stainless Steel. It has two sets of specially welded blades. The vertical ones keep the mixing action between them, the horizontal ones employ an exclusive hydraulic-flow principle that prevents sucking air. In addition, the horizontal blades pull the high density material up from the bottom while forcing the low viscosity solvents down from the top. All stress joints are specially welded for extra strength so it is virtually impossible for them to break.

This tool is used to force soft clay through various shaped openings in an assortment of inter-changeable discs. The extruded clay shapes can be used for an almost limitless number of decorative effects such as hair, grass, flower stamens, rope. logs, bricks, vines and stems. The Klay Gun is furnished with a set of 19 discs that are formed to allow flush cutoff of the extruded clay. It is constructed of sturdy die cast zinc alloy and is about 4" long. Net Wt. is 1 lb.

Net Wt. is .25 lbs.

Net Wt. is .25 lbs.

Outside dimensions, including exhaust motor mount on back: 74-1/2" H (with legs) x 48-1/4" W x 50-1/4" D. Uni-cast, polyethylene construction sheds glaze and makes clean-up a breeze. Legs and bracing are stainless steel - no rust or corrosion. UV inhibited polyethylene won't discolor. Funneled floor design directs over-spray into bucket for recycling. Commercial / Industrial quality at studio affordability. Does not include shelf, exhaust fan, or filters. Not to be used with leaded glazes or flammable liquids.

1187 CFM

1720 CFM