Inside S.S.TIBOX's Enclosure Order Workflow
For B2B enclosure projects, reliable delivery starts long before fabrication. A clear order workflow connects the customer's electrical design, the mechanical enclosure specification and the final logistics plan. S.S.TIBOX uses a confirmation-led process to help customers define the product, review custom details and prepare the documentation needed for production and shipment.
Step 1: Build a Complete Technical Request
An effective inquiry should describe both the enclosure and its operating context. Basic dimensions are essential, but they do not show whether the product will be exposed to rain, dust, salt, cleaning chemicals, impact or high internal temperatures. They also do not show how cables enter or which components are installed on the door.
S.S.TIBOX's product scope includes wall-mount and floor-standing steel cabinets, stainless steel enclosures, aluminium boxes, plastic distribution boards, polyester fiberglass SMC enclosures and accessories. Sharing the application allows the team to compare these routes and identify missing information before a quotation is finalized.
Recommended Inquiry Data
Required height, width and depth
Material grade, sheet thickness and surface finish
Indoor or outdoor installation and environmental exposure
Door type, lock, hinge and gasket requirements
Mounting plate, rail or internal-door configuration
Cut-outs, gland plates and cable-entry direction
Protection rating, applicable standard and document needs
Quantity, delivery destination and target schedule
Step 2: Confirm the Product and Drawing
Standard products can often be identified from a catalogue code and size, but customer-specific openings or accessories still need definition. Custom products require a controlled drawing that shows the enclosure dimensions and all relevant features. Each opening should have a clear position and size, and the drawing should identify the viewing direction to prevent mirrored layouts.
Check the Internal Working Space
The outside dimensions do not equal the usable mounting area. Door returns, hinges, locks, gaskets and body flanges occupy space. Components also need clearance for wiring, heat dissipation and maintenance. Reviewing the mounting plate and door layout together helps prevent a device from colliding with internal equipment when the enclosure closes.
Heavy components may require additional support or a thicker mounting arrangement. For floor-standing cabinets, the project team should also consider lifting, plinth, floor fixing and cable access. These details are easier to resolve on the drawing than during panel assembly.
Control Revisions Before Approval
Every technical change should be reflected in the current drawing revision. Dimensions written only in an email can be missed when several teams are involved. A final approval should confirm the drawing, product code, quantity, material, finish and accessory list as one coordinated package.
If samples or first-article checks are required, the acceptance points should be agreed in advance. This can include overall dimensions, opening positions, door operation, accessory fit and visual finish. Clear criteria help both sides evaluate the same result.
Step 3: Production and Quality Checks
Production controls should follow the confirmed specification. Relevant checks can include material identification, key dimensions, cut-out positions, weld condition, surface appearance, gasket continuity, lock and hinge operation, mounting-plate fit and completeness of supplied accessories.
The exact inspection plan depends on the product and order. A simple terminal box and a multi-section stainless steel cabinet do not require identical checkpoints. Customers with project-specific inspection or documentation requirements should identify them before production so they can be included in the schedule.
Step 4: Packing and Delivery Preparation
Enclosures must arrive ready for panel assembly. Packing should protect doors, corners, surface finishes and loose accessories from handling damage and moisture during transport. Large cabinets may need additional internal restraint or pallet support, while smaller boxes can be grouped efficiently with separation between finished surfaces.
Documents and Product Identification
Labels, packing lists and shipping documents should use consistent product codes and quantities. When an order contains several customized variants, drawing references or project marks can help the receiving team identify each unit. Requested certificates, inspection records or manuals should be agreed before shipment rather than added after the cargo is prepared.
This workflow gives the customer visible confirmation points from inquiry to delivery. By investing time in the technical request and drawing stage, S.S.TIBOX and its customers can reduce avoidable revisions, support consistent production and make international enclosure orders easier to receive and assemble.
