Mechanical Bailing Press Machine Manufacturer
Are you looking for a plastic waste mechanical bailing press machine manufacturer in Ahmedabad, Gujarat, India? Dollpast Machinery INC company is one of the well-reputed manufacturer, supplier, and exporter of mechanical bailing press machine. It’s also known as Plastic Mechanical Bailing Press machine.
The Mechanical Bailing Press Dust Remover machine is completely automatic and needs very less manual intervention.
Mechanical Bailing Press Machine Specification
Contact Bailing Press manufacturer, Bailing Press supplier, Bailing Press exporter in Ahmedabad, Gujarat, India.
MODEL | TYPE | CAPACITY |
MECHANICAL | Manual | 30-40 |
Why Choose Dollpast Manufacturer For Plastic Waste Mechanical Bailing Press Machine?
Dollpast is the biggest plastic waste mechanical bailing press machine manufacturer, supplier & exporter based in Ahmedabad, Gujarat with Unique Design & Quality.
Dollpast Plastic Waste recycling machine manufacturer company with over 40+ years of experience in the Machinery manufacturing industry that offers the quality tested latest advanced features in machines at a reasonable cost.
- We would like to introduce our company DOLLPLAST Machinery Inc. which has been in Plastic Recycling Field more than Two decades.
- DOLLPLAST started manufacturing plant @ RAKANPUR, Ahmedabad (West) in the year since 1995. Gaining experience more than Two decades, now DOLLPLAST is one of the trustworthy manufacturers and suppliers of plastic recycling machine with world recognition.
- DOLLPLAST has developed a machine to separate plastic & pulp for the first time for which it has also won PLASTICON AWARD 2005 ( Innovative in Recycling Technology) and the journey is still continued by winning more awards in 2011, 2012, 2013 & 2015.
- DOLLPLAST has exported different types of Machinery and equipment to around 20 countries.
- DOLLPLAST has designed and developed the machine with high expertise and technical knowledge taking into consideration the difficulties and problems being faced by the processors in day-to-day operations.