Guangdong Dongfang Precision Science & Technology Co., Ltd. is one of the worlds leading suppliers of equipment and services for corrugated packaging industries. The Flexo printer division of Dongfang Precision was established in 1996, with headquarter in Foshan City, China, occupied 120,000 square meters modern facilities integrated comprehensive function of design,research and development, production, sales and service.
Dongfang Precision Printer has successfully introduced the forefront of industry product design and development concept. All plans of product development are based on the requirement of customers and market to create an intelligent printing system.
Currently there are two R&D centers for DongFang printer section, one in Guangdong Province of China, whiles the other in Bologna of Italy. Efforts will be continuously put in global R&D platform development in order to optimize innovative resources and lay a solid foundation for enterprise innovation.
Dongfang Precision Printer has always been adhering to the marketing concept of “customer first, honest & faithful”, and has made a long term business goals —— “Create Superior Product for Customers, Create Value for Society, Create Career for Employee, Create Glory for Enterprise” under the guidance of this marketing concept.
With the solid base of integration of intelligent packaging industrial chain, Dongfang Precision is facilitating a full scope of intelligent logistics industrial chain and leading the intelligent transformation of Chinese industry towards “Chinese Intelligent Manufacturing”, to eventually achieve its strategic vision of “Intelligent Packaging, Intelligent Plant, Intelligent Manufacturing Solution Provider”.transformation, and finally realizes the solution of "intelligent packaging", "intelligent factory" and "intelligent manufacturing".
Whether you want to do information inquiry, problem solving, or make any suggestions for our service, you can contact us in many ways. We will try our best to be at your service.
Fixed units Topra FS1228 Casemaker and Asian version FG are designed.
1 invention patent is achieved, which is moving structure of main beam in FG.
19 utility patents are achieved, including drive structure of feeding wheels, observation structure of lubrication system in gear box, IR dry system, vacuum transfer system, recovery system of wasted oil, filtering system of recovery oil etc.
2017
Topra GT Casemaker, Topra fixed units FD821 Casemaker, and fixed units HGL924 Casemaker are launched.
Upgrade of HS/HG/GD rotary die cutter is finished.
Apstar FG3200 of European concept is designed.
Counter Ejector is finished standardization.
9 invention patents are achieved, including feeding system in printer, control system of feeding, feeding structure in FG, positioning of folding belt and paper forming guiding structure etc.
8 utility patents are achieved, including paper collecting structure used in stacking, anti-jam structure, paper collecting structure used in rotary die cutter, preventing spraying water or ink structure in anilox roller, preventing dust going back structure etc.
2016
Apstar FG2800 and Apstar FG2400 are upgraded.
3 utility patents are achieved, including sandwich belt adjusting structure, lower beam moving structure and double eccentric adjusting structure.
2015
Topra FG2800, Topra FG2400 and Topra FG2000 are upgraded.
12 utility patents are achieved, including guiding structure for paperboard forming in FG, folding belt positioning and paperboard folding guiding structure, dust-removal structure by brushes, and independent jogger structure in FG etc.
2014
Bottom printing stripping stacker automatic inline machine, bottom printing casemaker and bottom printing casemaker are designed by cooperation between European team and DF team, and promoted to overseas market.
2 invention patents are achieved, including quick locking system of printing plates, and slotting structure which can adjust slotting distance as required.
6 utility patents are achieved, including creasing structure used in feeder of independent FG, vacuum belt transfer structure used in feeder of independent FG, and micro grinding structure in anvil cylinder etc.
2013
Bottom printing folder gluer BFG is designed.
Fully automatic machine, Flexyfeed, IFP, PRM, and FlexyPal are promoted to domestic market by cooperating with European team.
2 invention patents are achieved. One is multi-wheels forming wheels. The other is adjusting structure of printing plates.
8 utility patents are achieved, including braking structure of anvil,grinding system of anvil, and dust removal structure by static etc.
2012
The first top printing servo drive TOPRA PD-S is successfully engineered.
1 invention patent, servo drive printing structure, is achieved.
14 utility patents are achieved, including quick locking system for printing plates, measuring system for slotting knives which can control slotting position precisely, and checking system to avoid re-inking of printing plates etc.
2011
4 invention patents are achieved, including multi-knives micro grinding system in anvil roller, drive structure of lead edge feeding wheel, servo structure of feeding plate, and cam structure of feeding platform etc.
8 utility patents are achieved, including adjusting structure of printing plate, double pumps inking system, multi-wheels forming system, and high efficient servo drive system etc.
2010
Top printing vacuum transfer TOPRA GD, Top printing fixed units with servo drive TOPRA FD, Bottom printing fixed units with servo drive APSTAR HBL, and top printing flexo folder gluer TFG are launched.
1 invention patent, which is servo-drive system of shaft, is achieved.
5 utility patents are achieved, including servo-drive system of feeding plate, transferring structure of ball spline etc.
2009
Topra PD, with servo-drive and vacuum transfer structure, is designed.
2 invention patents are achieved, including automatically or manually adjusting knives slotting structure, and single doctor balde structure.
2 utility patents are achieved, including servo-drive system of shaft and multi-knives micro grinding structure in anvil cylinder.
2008
APSTAR HS, bottom printer of vacuum transfer and servo-drive, is designed.
1 utility patent of single doctor blade system is achieved.
2007
4 utility patents are achieved, including speed compensation in anvil cylinder, environmental inking system, anvil roller braking system of anvil cylinder etc.
1 appearance patent of MD (slotter die cutter) is achieved.
2006
4 utility patents are achieved, including environmental inking system, ink recovery system etc.
1 appearance patent of Apstar is achieved.
2005
Servo technology is applied in die cutter.
14 utility patents are achieved, including automatic compensation of speed difference in rubber roller, auto-grinding system in anvil, automatic balancing structure of oil level, positioning structure of transferring wheel etc.
1 appearance design of Topra is achieved.
2003
1 appearance patent of printer is achieved.
1998
The first bottom printer with lead edge feeding, vacuum transfer slotter die cutter is designed in China.
1997
The first kick-feeding slotter die cutter is designed.