• Volumetric forced feeding of adhesive (main agent, curing agent), oil, paint, etc.

• Outer gear system - easy to mount or dismount.

As to the gear pump's principle, click here.

• Small-size tank for forced feed.

• The hand clamp employed enables easy capping and de-capping.
• Low-cost / lightweight type.
• Tank capacity: 1.4 liters.

• The one-touch handle employed enables easy capping and de-capping.
• Low-cost / lightweight type.
• A protector made of NBR is equipped on the top and bottom respectively. The protector ensures the stability of installation and makes container conveyance easy.
• A relief valve is equipped on the cover as standard.
  Tank capacity: 10 liters and 18 liters.

• Tank for feeding material to the syringe and cartridge.
• Possible to feed whole material contained in a 1-kg can.
• The tank drum is a clear acrylic pipe. So, it is possible see internal conditions.
• The wiper plate employed makes it possible to feed material of medium viscosity.
• The container is made from resin. It is inexpensive and light.

• The dynamic clamp employed enables easy capping and de-capping.
• The internal dimensions of the tank are the same from the top to the bottom, and the inner bottom is flat. So, it is possible to put a whole material container in the tank. In addition, it is not necessary to clean the inside of the tank. (PCT type)
• As the internal dimensions of the tank are the same from the top to the bottom, it is possible to use the wiper plate (above-mentioned) that pushes down material uniformly. Moreover, the tank is ideal for the forced feed of high viscosity materials because its forced feed inlet is positioned in the bottom. (PCB type)
• The outlet for taking out materials can be positioned either on the cover or in the bottom.
• Possible to manufacture the tank in different sizes.

• Mixing of two-component resins

• The disposable mixer employed has no mixing shaft seal. So, there is no need of seal replacement.
• Being extremely light, the unit can be mounted onto a robot easily.
• Adapted to environmental issues since no solvent is used.

• Mixing of two-component resins

• Compared to conventional mixers, the mixing efficiency of this static mixer has been improved by 47 % thanks to the 6-division method employed.
• This mixer is capable of mixing materials of low to high viscosity without being influenced by flow rate or flow velocity. Moreover, it is adapted to a combination of low viscosity material and high viscosity material.
• This mixer can perform continuous mixing, and is maintenance-free because it has no driving system.
• Overhaul cleaning after use is not necessary. Maintenance-free on this point, too.

• Suitable for testing the abrasion resistance of tires and floor materials.

• Easy to handle and inexpensive