MEIJI FINER-CORE SPRAY GUN
MEIJI FINER-CORE SPRAY GUN
Introducing the long-awaited next stage in the evolution of spray guns , achieved by front-line professionals without compromise .
Painting quality has improved based on feedback given by professionals .
High-atomization technology MMFT
Ever since we succeeded in a trial production on Japan's first domestic painting machine approximately one hundred years ago ,
we have continued to develop technologies for painting equipment up until today .
Utilizing the know-how we have cultivated over the years , we have adopted flat pattern control ( a standard specification
for CORE ) that minimizes unevenness by positioning the secondary holes of the spray gun optimally , increasing the holes ,
and arranging them at an angle .
Additionally , we have adopted our company's unique high-atomization technology MMFT ( Meiji Micros Fine Technology ) that
accelerates atomization under low pressure by controlling the air at multiple levels , feeding it efficiently to the opening ,
and atomizing it through the thinly shaped structure .
Dynamic Chamber
We made the air circuit as large as possible while seeking to reduce its body size . Combined with separate head bases that have our company's unique and special shapes , we have achived more air volume than that of larger guns . The formation of the heigh-atomization wide pattern has been made possible by providing a stable air flow to the opening .
Optimized spray paint volume
A unique characteristic whereby spraying volume smoothly increases . The adjustment range is wide enough to prevent sudden increases in flow , allowing for fine adjustments .
We have adopted our company's unique paint adjustment thread pitch of 0.75mm , which has been inherited in automobile repairing guns for a long time .
Low-resistance structure and highly durable design
The initial leakage limit is 500,000 times .
High durability has been achieved where retightening can be carried out one million times .
The sleeve and soft packing gives low-resistance structure which is less likely to affect the sliding of the needle when retightening.
Reduced trigger load structure
The low-friction packing and optimization of the valve shape which has a low pass resistance circuit structure enables trigger handling without rapid pressure fluctuations for the entire stroke range .
Specifications
Model | FINER-CORE-13 | FINER-CORE-15 | FINER-CORE-HVLP-13 | FINER-CORE-HVLP-15 |
---|---|---|---|---|
Fluid nozzle bore | 1.3mm(0.051in) | 1.5mm(0.059in) | 1.3mm(0.051in) | 1.5mm(0.059in) |
Air cap style | FINER-CORE | FINER-CORE-HVLP | ||
Spraying pressure | 0.2MPa 29PSI | 0.18MPa 26PSI (0.07MPa 10PSI) |
||
Spraying distance | 200mm (7.874in) | |||
Air consumption | 300L/min(10.6cfm) | 380L/min(13.4cfm) | ||
Paint spraying volume | 170mL/min | 200mL/min | 135mL/min | 155mL/min |
Maximum effective pattern | 280mm(11.024in) | 300mm(11.811in) | 280mm(11.024in) | 300mm(11.811in) |
Connection bore | accepts G1/4 1/4NPS for air G3/8 for paint | |||
Body weight |
340g 0.75lbs 11.9oz |
*The paint viscosity should be 20 seconds for lacquer enamel using Meiji model V-1 viscosity cup.
Optional items
6CP
Gravity paint cup 6CP
- Low and wide design for better handling of spray guns .
- Made of resin which water-based paints can be used , and has improved cleanability .