In the face of challenges such as high-speed operations, customization, and special working conditions in the packaging industry, the difficulties in selecting universal reducers and their poor compatibility have become increasingly prominent. To address this pain point, Hansheng Automation offers a one-stop service, dedicated reducer solution, committed to providing a full-chain service for special working condition packaging equipment-from diagnosis and selection to customized delivery.
We have an experienced team of professional engineers who will accurately analyze the actual load spectrum, operating environment, and spatial constraints of your equipment. The team not only assists you in quickly and precisely pre-selecting from a vast range of standard models but also provides in-depth customized design solutions tailored to your unique needs-whether it involves coping with extreme temperature and humidity, high-frequency start-stop impacts, or meeting specific energy efficiency and noise standards. From material science and gear modification to lubrication and cooling systems, we conduct comprehensive optimization to ensure that every model recommended is the "optimal solution" for your working conditions, truly achieving seamless integration between the power transmission system and overall equipment performance.
Below is a case of a customer's selection process:
Customer's working conditions:
Table diameter: 1000 mm, D= 20mm, steel
Total load: 600 kg
Number of indexing positions: 2
Indexing (rotation) time: 5 seconds
Positioning (settling) time: 1200 seconds
Our recommended models:
① Cam indexer 250DF-02270-2R-S3VW-1, ratio 1:100

② Hollow rotary table 115YH-200 (24-110-145-M8), ratio 200, equipped with 2kW servo motor

We provided two solutions for the customer to choose from, along with both 2D and 3D drawings.
Hansheng Automation looks forward to becoming the most trustworthy partner on your journey to enhancing equipment competitiveness with our professional, precise, and reliable engineering expertise.
