Welcome to Shuliy Machinery! We are your trusted partner in the waste management and resource recycling industry, specializing in delivering superior, high-efficiency baling solutions.

Since our parent company’s founding in 2011, Shuliy Machinery has been driven by the mission: “Let Chinese machines change every corner of the world.” As a core brand of the Shuliy Group dedicated to baling technology, we integrate R&D, manufacturing, sales, and service to empower clients worldwide to boost their recycling efficiency and maximize value.

Our product portfolio includes a comprehensive range of vertical balers, horizontal balers, and metal balers, engineered to meet the diverse material compaction needs of facilities from local recycling centers to large-scale industrial plants. 

Backed by the robust technical strength and global service network of our parent group, our balers are operational in over 50 countries and regions, trusted for their rugged construction, reliable performance, and intelligent operation.

Why Choose Shuliy Baler?

Tailored Solutions: We take the time to understand your specific materials, throughput requirements, and operational space to design and recommend the perfect baler configuration for your business.

Exceptional Quality: We utilize high-grade materials and advanced manufacturing processes to ensure every machine is built to last, capable of withstanding the rigors of heavy-duty operation.

End-to-End Service: From expert pre-sales consultation and solution design to prompt delivery, on-site installation, and long-term after-sales support with spare parts availability, we offer a seamless, one-stop service experience.

Long-Term Partnership: We don’t just sell a machine; we build lasting relationships. No matter how long your equipment has been in service, the Shuliy team remains your dedicated technical support partner.

Your success is our success.

We look forward to connecting with you to find the optimal solution for your operational needs. Contact us today to start your journey toward more efficient recycling.