Total 4 items
Category:Large Industrial OvenClear
ESC-LIO1800-T6
ESC-LIO2520-T6
ESC-LIO4860-T6
ESC-LIO27000-T6
Model comparison
Filter by sample dimensions, loading method and temperature requirements. Optional equipment is listed separately in each product’s details.
| Model | Chamber dimensions | Operating temperature range | Details and configuration |
|---|---|---|---|
| ESC-LIO1800-T6 | 1200*1000*1500 mm | 25~600 ℃ | View configuration |
| ESC-LIO2520-T6 | 1400*1000*1800 mm | 25~600 ℃ | View configuration |
| ESC-LIO4860-T6 | 1800*1500*1800 mm | 25~600 ℃ | View configuration |
| ESC-LIO27000-T6 | 3000*500*1800 mm | 25~600 ℃ | View configuration |
Equipment applications
The ESSENSCI LIO series serves batch heat treatment of heavy automotive parts, precision aerospace parts and large batches of industrial components. Selection focuses on hot-air circulation and compatibility with actual loads. A large chamber does not directly establish high throughput; compare arrangements using workpiece thermal mass, handling methods, heating and cooling times, and the load quantity that meets requirements.
Also known as: Large-capacity oven, Industrial hot-air circulation oven, Trolley oven
Heavy automotive metal parts and precision aerospace parts have substantial thermal mass, and their cores may reach the target temperature later than the chamber air. Measure representative locations and specify the conditions for starting the hold and the permissible temperature differences.
Batch curing of electronic components and semiconductors requires attention to heating on every level and the complete cycle. Include fixtures, trays and loading density in full-load tests so that empty-chamber temperatures do not conceal loading differences.
For large industrial components and new-material trials, first determine the support method and usable working zone. Compare workpiece temperature differences during heating, holding and cooling, and set the program within the material's permissible rates of change.
Selection and acceptance
Provide maximum workpiece and fixture dimensions, total batch mass and loading layout. Beyond nominal chamber volume, consider the space needed for circulation, clear door opening dimensions and operating and maintenance access.
Carts, trolleys and transfer/loading trolley systems are optional LIO configurations. Evaluate load capacity, loading frequency, site aisles and workpiece positioning, and confirm how the trolley and fixtures affect airflow paths and temperature distribution inside the chamber.
Include loading, unloading, heating, holding and cooling in the cycle. Agree temperature measurement locations and acceptance conditions for representative full loads, then evaluate data recorders, communication interfaces, site power supply and installation conditions.
Frequently asked questions
Trolleys, carts and transfer/loading trolley systems must be selected as part of the configuration. Specify workpiece weight, the loading route and positioning requirements, then confirm compatibility between the trolley, fixtures, door opening and chamber space.
Scaling up the load changes workpiece thermal mass, airflow obstruction and heating and cooling times. Revalidate workpiece temperatures at representative locations and the material endpoint, with particular attention to the basis for starting the hold timer.
Evaluate LIO against its published hot-air-circulation industrial oven configuration. Chamber size does not establish vacuum capability. If large-scale reduced-pressure drying is required, specify the vacuum structure, pump system and sealing requirements separately.
Trolley ovens focus on moving a complete loaded trolley in and out. Purchasing requirements for a rail-mounted oven must also specify rail gauge, wheels, load capacity and positioning. LIO offers optional trolleys, carts and transfer/loading trolley systems; rail structures must be confirmed for the specific design. Also check clear door dimensions, site aisles, full-load airflow paths and workpiece securing.
These terms often describe equipment using gas flow for heat transfer, but maximum operating temperature, usable working zone, circulation paths and full-load temperature distribution still require confirmation. LIO uses hot-air circulation heating and can be evaluated for large workpieces and batch heat treatment. For drying, also specify material outgassing and exhaust conditions.
Large volume does not establish the structure and interlocks needed for personnel entry. Select LIO by workpiece and trolley loading requirements. If the requirement involves a drying room, walk-in loading or special doors, confirm the structure, load-bearing capacity and operating arrangement separately; chamber volume alone does not establish suitability.
In addition to operating temperature, workpiece dimensions, mass and batch size, provide transport access, installation space, door orientation and power supply conditions. State whether trolleys and fixtures are included in the supply, and calculate throughput and operating costs from the complete full-load heating, holding, cooling and loading/unloading time.
Process knowledge
ESSENSCI · Process consultation
Tell us your material, sample dimensions, batch quantity and target temperature. We will discuss equipment selection with you based on atmosphere, loading and site conditions.
Share your use case and we will provide selection recommendations.
