Modern automation isn’t just about controls and programming—it’s also about the steel structure that keeps everything aligned, repeatable, and serviceable for years. When the frame is rigid, interfaces are machined correctly, and mounting points match the real layout, automation cells install faster, run smoother, and require less unplanned downtime.
At Dalian Jinqi Machinery Manufacturing Co., Ltd. (JINQI), we’ve supported global manufacturing projects since 2006, delivering one-stop fabrication—from welding and machining to industrial painting, inspection, and export-ready delivery. Our quality system is built around consistent execution, stable welding capability, and predictable delivery performance.
Custom Automation Equipment Frames for Non-Standard Machines
A custom automation equipment frame is the backbone of a non-standard automation system. It holds modules such as panels, actuators, sensors, enclosures, conveyors, tooling, and safety components—while protecting alignment under load and vibration.
For many buyers, the biggest risks are:
Deflection or deformation after welding and during use
Misaligned mounting interfaces that delay assembly on site
Inconsistent hole patterns that make installation unpredictable
A frame that’s engineered with the right stiffener layout, support points, and machined reference surfaces can dramatically reduce commissioning time.
Recommended product link:
custom automation equipment frame (1800×1800×800)
Automation Equipment Mounting Bases for Modular Assembly
An automation equipment mounting base is often used when you need a compact foundation that still supports multiple subassemblies. It provides stable positioning and reliable mounting points to fix other parts of a custom automation machine.
Typical customization includes:
Hole patterns and threaded holes for modules
Bracket locations for accessory components
Machined interfaces for accurate positioning and repeatable alignment
Recommended product link:
automation equipment mounting base (1800×1800×800)
Equipment Maintenance Platforms That Improve Safety and Uptime
Maintenance is a lifecycle cost. A well-designed equipment maintenance platform gives technicians safe access to sensors, actuators, and elevated modules—improving efficiency and reducing safety risks during servicing.
Key design considerations:
Stable load-bearing structure and safe access layout
Optional anti-slip surface
Guardrails, access openings, and mounting interfaces matched to the equipment
Recommended product link:
equipment maintenance platform (3200×2800×600)
Why “One Supplier, One Workflow” Reduces Project Risk
Automation structures often fail not because of steel strength—but because of interface mismatch (hole positions, mounting heights, alignment surfaces), coating damage, or uncontrolled welding deformation.
A one-stop workflow helps prevent common integration issues by controlling:
Welding procedure and deformation management
Machining of critical mounting and reference interfaces
Industrial painting to protect surfaces in real shop-floor environments
Inspection standards and export packing to reduce shipping risk
What to Send for a Fast, Accurate Quote
To price and manufacture efficiently, we recommend sharing:
2D/3D drawings (STEP/IGES/PDF)
Quantity and target lead time
Machining scope and tolerance notes
Surface treatment requirements and working environment
Shipping destination and packing requirements
