No decentralized procurement needed. Cover all categories of core automation equipment components, one-stop from design adaptation to mass delivery. Achieve high-precision processing & high-durability adaptation, helping reduce component adaptation costs by 25% and ensuring long-term stable operation of automation equipment.
Custom precision components for automation equipment core parts on demand, supporting high-precision machining, adapting to long-term stable operation needs of equipment, providing process optimization suggestions to avoid machining risks.
Customize material and precision adjustments based on standard components, quickly match equipment adaptation needs, and balance customization with durability guarantee.
Precision standard parts for automation equipment, covering core supporting categories, in-stock supply, ensuring stability and timeliness of equipment supporting.
Our phased solutions precisely match each stage of automation projects (initial, middle, final), addressing challenges such as component adaptation and processing stability at different stages, to ensure the precision and durability of core components fully align with project requirements.
In early automation projects, mismatched component materials & working conditions, vague custom specifications, and large cost estimation deviations may lead to subsequent equipment adaptation risks.
Expert Support
In the middle stage of automation projects, fluctuating precision of small-batch component processing, insufficient process stability, and assembly adaptation deviations may affect equipment operation consistency.
Expert Support
In the final stage of automation projects, component delivery delays, insufficient spare parts, and installation adaptation issues may delay equipment commissioning progress.
Expert Support
Focused on manufacturing automation core components adapted to extreme working conditions, we adopt a multi-process collaborative manufacturing system including 5-axis CNC machining, 3D printing, sheet metal processing, die casting, injection molding and surface treatment to achieve ±0.01mm micron-level tolerance control, covering EOAT (end-of-arm tooling), heavy-duty gears, precision shafts and integrated structural frames. More than 60 types of materials are available, including precipitation-hardened stainless steel, titanium alloy, high-temperature alloy, aluminum alloy, copper alloy and engineering plastics, to meet the long-term stable operation needs of equipment in harsh scenarios such as food machinery and wind power equipment.
Equipped with 12 advanced 5-axis CNC machining centers and a team of senior process engineers, we provide integrated services from DFM process simulation and material selection to CMM full inspection, adapting to various automation equipment such as standard/collaborative robots.
We ensure component durability and adaptability throughout the entire cycle from prototype verification to mass production, helping build highly reliable industrial automation systems.
Semi-standard components adopt modular design, combining the convenience of ready-to-use installation with the flexibility of working condition adaptation. We provide load-verified basic models and can customize specifications (length, installation method, material hardness, etc.) according to project requirements to meet the long-term operation needs of automation equipment in food, medical, heavy industry and other industries.
We source full-category standard components according to your bill of materials (BOM) to achieve 24-hour rapid integration of automation projects, with in-stock supply and ultra-fast delivery to meet emergency spare parts and routine supporting needs.
With 5-axis CNC machining, multi-process collaborative manufacturing, and special material adaptation technology, combined with ISO9001 quality system and CMM full inspection capabilities, we provide high-precision parts with ±0.01mm tolerance for extreme working conditions, ensuring stable performance and precise specifications for each batch of components.
Our senior engineering team provides customized solutions, procurement planning and risk prediction from DFM process simulation and material selection to mass production, ensuring full-link controllability of projects.
Through our independently developed supply chain management platform, we realize real-time tracking of file upload, quotation evaluation, order management and production nodes. The full-link traceability + abnormal early warning mechanism ensures projects proceed as planned.
Covers CNC milling, turning & precision machining. Produce prototypes and end-use parts with precise, complex designs for harsh conditions.
Offers plastic injection molding, rapid production tooling, overmolding & insert molding. No MOQ, with consistent, durable quality.
Includes laser cutting, bending, welding, punching & riveting. Flexible production of high-rigidity, precise sheet metal parts.
Uses SLA, HP MJF, SLS, SLM technologies for functional prototyping & low-volume production in extreme environments, at competitive prices.
Specializes in aluminum profile extrusion. Provides high-quality, low-cost metal extrusions with various post-processing options for heavy loads.
Choose from Aluminum, Zinc, Magnesium, Copper. High-precision die cast parts for high-volume, high-load applications.
Fast, cost-effective short-run plastic prototyping with soft tooling, a durable alternative to low-volume injection molding.
High-precision wire electrical discharge machining for complex contours and tight tolerances in hardened metals and exotic alloys.
Common materials are shown above. You can explore our Material List for more options. Need specific material? Contact our specialists.
Explore surface finishes that work for you here. Or contact our team for custom solutions.
