Recently, two sets of our custom non‑standard automatic assembly lines have finished complete‑machine assembly and loading for shipment. After safe transportation, the equipment has arrived at the customer’s production plant, completed on‑site positioning and installation, and officially entered the pre‑production commissioning phase.

This project is fully customized in light of the customer’s actual production conditions, focusing on product assembly processes, capacity targets and workshop layout. It delivers a full‑loop closed‑loop service covering requirement research, solution demonstration, structural design, component processing, complete‑machine assembly and testing, logistics shipment and on‑site installation. Instead of adopting generic standard equipment templates, targeted structural optimizations are implemented for the customer’s special assembly requirements, realizing deep matching between equipment and production processes and effectively solving real‑world manufacturing pain points.

In traditional assembly modes, a large number of procedures rely on manual work, bringing persistent production challenges: high staff turnover for repetitive assembly positions keeps labor‑management costs at a high level; individual differences in manual operations make consistent finished‑product assembly hard to guarantee, which directly impacts product yield; manual production has capacity limits, making capacity expansion difficult amid order surges and restricting business growth.

After the custom automatic assembly lines are put into service, plenty of repetitive manual work can be replaced, freeing operators from tedious mechanical assembly tasks. Stable mechanical actuators unify operation standards, avoid quality risks caused by human errors and improve the consistency of finished assemblies. The equipment maintains stable operating cycles to greatly boost overall output efficiency. It helps enterprises achieve quality improvement, cost reduction and efficiency gains in production and drives manufacturing processes toward standardization and intelligence.

At present, full on‑site installation of the equipment has been completed. Our technical service team will carry out on‑site commissioning. Using the customer’s actual production materials, we will verify operating parameters item by item, optimize equipment workflows, check all assembly indicators, and complete full‑machine validation in strict accordance with the customer’s production standards. This ensures stable and reliable mass production and lays a solid hardware foundation for the customer’s capacity growth.

Drawing on years‑long R&D accumulation in non‑standard automation, we focus on two core tracks: minimally‑invasive surgical instruments and optoelectronics, and provide exclusive automation solutions for diverse industries.

• Minimally‑invasive Surgical Instruments: We develop complete automatic assembly, testing and packaging lines for precision consumables such as trocars, ligation clips and veress needles, catering to high‑standard assembly scenarios for tiny precision parts.
• Optoelectronics Industry: We realize automatic feeding, assembly and testing for components including lighting bulbs and connectors, overcoming assembly difficulties for micro‑components.
• New‑energy Sector: Custom transducer chip assembly equipment has been implemented. We keep developing dedicated equipment for the assembly and encapsulation of new‑energy components to empower production‑line upgrading for new‑energy enterprises.

Regardless of the customer’s industry, we always base our work on product processes, factory conditions and capacity targets. We deliver one‑stop services ranging from solution design, equipment R&D and manufacturing to delivery, installation and on‑site commissioning, and build exclusive automation solutions for customers.

In the future, we will continuously strengthen our technical capabilities and empower more manufacturers to upgrade production with stable and reliable automation equipment. Should you have demands for custom automation lines or production‑line retrofitting, please feel free to contact us to explore practical smart‑manufacturing solutions.

FAQ

Q1: What phases are included in the complete project service workflow? A: It delivers full‑cycle one‑stop closed‑loop service, including requirement survey, solution demonstration, structural design, component processing, complete‑machine assembly & testing, logistics shipment, on‑site installation and commissioning validation.

Q2: How long does on‑site commissioning normally take? A: Commissioning duration depends on product process complexity and on‑site workshop conditions. Our technical team will work on‑site to finish parameter calibration and sample verification, ensuring equipment meets customer specifications before hand‑over.

Q3: Is capacity expansion and production‑line retrofitting available in later operation stage? A: Yes. Mechanical expansion allowance is reserved during design phase. Workstation addition, cycle‑time improvement and line modification can be realized to match growing order volume.

Q4: Can existing production lines be directly used for new‑product manufacturing? A: Evaluation will be conducted based on process similarity between old and new products. Reuse is achievable by modifying tooling fixtures for slightly‑different products; brand‑new custom lines will be required for products with huge process differences.