Makor introduces the new FLAT COATER 3D for advanced coating applications

Source SummaryDirect facts

Makor introduced the FLAT COATER 3D roller coating and filling machine. It uses 100% solid UV primers, is solvent-free, and operates at 15-20 meters per minute. The machine has a compact footprint and adaptive roller technology for complex profiles. Edge preparation uses 100% solid UV products. It is compatible with MAK-MATT nitrogen-free excimer technology for super-matt coatings. Makor Group was founded in 1968, exports 90% of its volume, has branches in the US and China, and joint ventures in 50 countries.

Key FactsDirect facts

• Makor Group was founded in 1968.
• The FLAT COATER 3D operates at 15-20 meters per minute.
• The FLAT COATER 3D uses 100% solid UV primers.
• The FLAT COATER 3D is solvent-free.
• The FLAT COATER 3D is compatible with MAK-MATT nitrogen-free excimer technology.
• Makor Group exports 90% of its business volume.
• Makor Group has branches in the United States and China.
• Makor Group has joint ventures in 50 countries.

Industry RelevanceDirect facts

This new roller coating machine is directly relevant to picture frame and woodworking equipment manufacturing because it offers high-speed, solvent-free coating with precision on complex profiles. Picture frame workshops often require uniform coating on intricate shapes, and the compact design could save factory space. The use of UV primers and compatibility with super-matt finishes aligns with trends toward sustainable, efficient production.

Industry BackgroundDirect facts

Roller coating machines apply finishes to flat or profiled surfaces. UV-curable coatings are increasingly used for fast, solvent-free production.

Potential ImplicationsDirect facts

If the FLAT COATER 3D proves reliable, picture frame workshops could achieve faster coating cycles with reduced environmental impact. The compact design might allow smaller shops to integrate advanced coating lines. Adaptive roller technology could improve finish consistency on complex profiles, potentially reducing rework.