Custom Elevator Metal Component
Laser Cutting, Stamping & Welding for Elevator Applications
A custom Q235 carbon steel component manufactured to the customer’s drawing, combining laser cutting, stamping, welding, grinding and threaded features, followed by zinc plating.
Project Summary
Conwhole manufactured a custom Q235 carbon steel elevator metal component to the customer’s drawing. The component combines laser-cut and stamped metal parts with welded assembly and threaded features, produced through laser cutting, stamping, welding, grinding, threading and zinc plating. The project required consistent component positioning, reliable welding and accurate threaded features so the finished assembly stays stable and repeatable across batch production.
Elevator
Custom Elevator Metal Component
Custom Metal Component
Laser Cutting · Stamping · Welding · Grinding · Threading
Q235 Carbon Steel
Zinc Plating
Manufacturing Challenges
The component combines multiple fabricated metal parts in a single welded assembly. Three key requirements had to be controlled for reliable fit and repeatable production.
Component Positioning
The stamped and laser-cut components need to be accurately positioned before welding to maintain the required assembly geometry.
Welding Consistency
Multiple metal components are joined through welding. Consistent positioning and weld quality are required to maintain a stable finished assembly.
Threaded Feature Accuracy
The threaded rod ends need to maintain the required thread profile and condition for downstream assembly.
Manufacturing Process
Six production stages were used to transform Q235 carbon steel into the finished elevator component.
Laser Cutting
Q235 carbon steel components are laser cut to the required profiles according to the customer’s drawing.
Stamping
Selected sheet-metal components are stamped and formed to achieve the required geometry before assembly.
Component Positioning & Assembly
The laser-cut and stamped components are positioned and assembled before final welding to maintain the required configuration.
Welding
The positioned components are welded together to create the required metal assembly.
Grinding & Threading
Welded areas are ground as required, while threaded rod ends are processed to provide the required connection feature.
Zinc Plating & Final Inspection
After fabrication and inspection, the completed components receive zinc plating for the specified surface condition and corrosion protection.
Capabilities Demonstrated
This project demonstrates Conwhole’s ability to fabricate, weld and finish a custom elevator metal component. The following capabilities were applied.
Laser Cutting
Q235 carbon steel components were laser cut to the required profiles from the customer’s drawing.
Metal Stamping
Selected sheet-metal components were stamped and formed to the required geometry.
Welding
The positioned components were welded into a single metal assembly.
Grinding & Threading
Welded areas were ground as required, and threaded rod ends were processed to the required thread condition.
Zinc Plating
The completed components received zinc plating for the specified surface condition and corrosion protection.
Batch Production
The component was produced as a repeatable batch to the customer’s drawing.
Engineering & Welding Details
These close-up views show the actual production details of the component, including welded joints, formed areas and threaded features.
Welded Joint Detail
Close-up view of the welded connection between the assembled metal components.
Formed & Welded Detail
Close-up view showing the formed metal section and welded joint.
Threaded Rod End
Close-up view of the threaded end prepared for downstream assembly.
Semi-Finished Assembly
Components positioned and assembled before completion of the final welding process.
Production Result
The completed components were produced in batches according to the customer’s drawing, with controlled positioning, welding and threaded features throughout production.
Finished Elevator Metal Component
The final component combines laser-cut and stamped Q235 carbon steel parts with welded construction and threaded features, completed with zinc plating for the required surface condition.
Quality & Production Control
Each production stage is controlled to maintain consistent geometry, welding quality and finished-part condition across the production batch.
Dimensional Consistency
Laser-cut and stamped components are checked against the customer’s drawing requirements.
Component Positioning
Component positioning is controlled before welding to maintain the required assembly configuration.
Welded Joint Inspection
Welded joints are visually inspected for positioning, consistency and visible defects.
Thread Inspection
Threaded features are checked to ensure the required thread condition for assembly.
Surface Condition
Zinc-plated parts are checked for the required finished surface condition.
Final Inspection
Completed parts are inspected before packing and shipment.
Common Questions
Q1: What is a custom elevator metal component?
A custom elevator metal component is a fabricated metal part for an elevator application, combining laser-cut and stamped Q235 carbon steel parts with welded assembly and threaded features. Conwhole manufactures it to the customer’s drawing rather than as an off-the-shelf product.
Q2: What manufacturing processes does Conwhole use for a custom elevator metal component?
Conwhole combines laser cutting, stamping, welding, grinding and threading, followed by zinc plating and final inspection.
Q3: Can Conwhole produce custom elevator metal components in batch?
Yes. This project was produced as a repeatable batch to the customer’s drawing, demonstrating consistent batch production rather than a single prototype.
Q4: What information do I need to get a quote?
A drawing or 3D file, together with the material, quantity and any surface-finishing requirements. Conwhole’s engineering team reviews the design and recommends a manufacturing process.
Have a Similar Metal Fabrication Project?
Send us your drawing, sample, or requirements. Our team can review the manufacturing process and provide a quotation.