Enclosed Track Conveyor Systems
Unibilt enclosed track conveyor planning for clean, compact overhead movement, lighter to moderate loads, tight routing, and production spaces that need efficient use of overhead space.
Enclosed Overhead Movement For Clean Routes
Enclosed track conveyor systems can be a strong fit when the load, environment, and production flow call for compact overhead movement instead of a heavier I-beam approach.
IMH helps evaluate enclosed track conveyor layout, carrier requirements, support steel, access, drive and take-up location, installation timing, and retrofit constraints before the system is treated as a product-only purchase. Enclosed-track systems can be assembled with standard track, turns, drives, take-ups, hangers, splices, and carriers, but the installed result still depends on support layout, access, and field verification.
Enclosed Track Strengths
Clean Layout
A compact overhead path for lighter to moderate loads and efficient use of space.
Protected Chain Path
The enclosed track helps shield moving parts and helps keep contamination away from the chain and bearing surfaces.
Tight Spaces
Shorter-radius curves and compact drive options can help where building clearances or process equipment limit the route.
Enclosed Track:
Engineered Around Your Process
From simple hand push systems to powered monorail and power & free conveyor, enclosed track systems can be configured around your product, production rate, routing, and available plant space.
IMH designs and integrates complete systems including track, curves, switches, carriers, drives, take ups, support steel, controls, load and unload stations, and process interfaces for finishing, assembly, and material handling applications.
Start With the Load, Then Design the Conveyor
A conveyor layout is only valid if the part can actually travel through it. IMH starts with the largest part envelope, suspended weight, hanging geometry, required production rate, and process time. Those values begin determining trolley quantity, carrier spacing, conveyor speed, elevations, curves, and the amount of track required through each process.
Then we route that system through the real building. Booth and oven openings, columns, roof steel, utilities, aisle clearance, operator access, load and unload areas, and maintenance access all influence the final path.
The objective is to find those conflicts while the conveyor is still lines on a drawing, not after track and steel have been fabricated.
Enclosed Track Conveyor Inputs
These details help define whether enclosed track is the right fit and how it should be installed.
| Input | Why it matters |
|---|---|
| Load weight and dimensions | Confirms whether enclosed track is appropriate for the application and which attachment or carrier approach should be considered. |
| Carrier style | Affects part orientation, swing, finish protection, and operator access. |
| Route layout | Controls turns, elevation changes, support points, and clearance requirements. |
| Drive and take-up location | Unibilt planning guidance emphasizes pulling the load, locating the drive at a favorable loaded section, and placing take-up after the drive in the direction of travel. |
| Movement type | Determines whether continuous, manual, powered, or controlled movement is needed. |
| Building constraints | Identifies utilities, roof steel, columns, process equipment, and aisle conflicts. |
| Maintenance access | Protects serviceability after installation. |
Where Enclosed Track Fits
Enclosed track is strongest when clean overhead movement and efficient routing matter more than heavy-duty capacity.
Support Steel Is Part of the Conveyor Design
The conveyor route and support structure should be engineered together. Track loading, hanger spacing, curves, switches, drives, take ups, elevation changes, and concentrated loads all affect where the system must be supported.
IMH lays out columns, headers, hangers, and bracing around the actual conveyor forces while also accounting for aisles, equipment access, operator areas, process openings, and maintenance clearance.
The result is a support system that carries the conveyor where it needs support without unnecessarily filling the plant with steel.
Clean Systems Start With Quality Installation
Enclosed track conveyor should look as good as it runs. Straight track, consistent elevations, properly aligned curves, clean support steel, organized controls, and deliberate routing all matter to the finished system.
IMH focuses on a clean industrial installation with unnecessary steel, exposed components, field modifications, and maintenance obstacles kept to a minimum. The enclosed chain and trolley design also keeps much of the moving mechanism protected within the track, making it well suited for production and finishing environments where cleanliness and controlled material flow matter.
Overhead Conveyor Experience
IMH supports enclosed track, power and free, I-beam, hand-pushed monorail, retrofit, and installation conversations as part of a larger overhead conveyor strategy.
Enclosed-track planning has to account for load attachments, vertical curves, drive pull, take-ups, carrier spacing, live load, lift load, and support spacing. IMH uses those details to help buyers avoid choosing a track style before the load, route, support steel, and installation conditions are understood.
The best enclosed track system is compact without being shortsighted.
Frequently Asked Questions
What is enclosed track conveyor?
It is an overhead conveyor style that uses a compact enclosed track path for lighter to moderate loads and clean routing.
When is enclosed track better than I-beam?
Enclosed track can fit lighter loads, tighter routing, and cleaner continuous movement; I-beam is often considered for heavier or more rugged applications.
Can enclosed track be used in finishing or assembly?
Yes, depending on load, process, carrier requirements, environment, and route.
Why does drive and take-up location matter?
The drive needs to pull the loaded chain path effectively, and take-up location affects chain tension and serviceability. IMH reviews those details before final layout.
What information is needed for a quote?
Load details, carrier needs, route, elevation changes, photos, drawings, process timing, and installation window.
Can IMH install or retrofit enclosed track?
Yes. IMH can review support steel, route changes, replacement sections, carrier updates, and installation phasing.
Ready To Review Enclosed Track Conveyor?
Send IMH your load, route, photos, drawings, and production goal. We will help determine whether enclosed track is the right fit.