Check applicable objects first
Pre-formed trays, meal trays or cups that can be stably placed in turntable carriers; rim, depth and arrangement confirmed per actual sample
Turntable vacuum tray sealing
Rotary Turntable Vacuum Tray Sealing Machine
Evaluating a rotary tray sealer for vacuum packaging? Don’t choose by station count alone: tray rim and depth, lidding-film sealant layer, product compression tolerance and target cycle rate all affect tooling and process design. Send the tray, film and product samples for a fit review. The video shows rotary indexing and sealing-head motion; vacuum performance and seal results still need sample testing.
Actual equipment materialsCyclic multi-station trayParameters confirmed per project
View actual equipment materials
Rotary Turntable Vacuum Tray Sealing Machine · Rotary Vacuum Tray Sealer · Four-Cavity Plastic Tray Factory Run
The factory video shows a four-cavity plastic tray on a rotary table, the sealing head pressing down, and a removed sealed sample. No clearly identifiable vacuum or gas-flushing cycle is shown, so the footage does not establish vacuum level, leak rate, or shelf-life performance. Confirm the tray, tooling, lidding film, and target vacuum with representative samples.
Factory photos and running videos
Actual equipment and its operating steps. Confirm the final configuration with the containers, product, sample trials and agreed equipment scope.
See actual conditions first
Trays, film and vacuum/gas process must be confirmed as a set
Please provide trays, film, product to be packed, vacuum or gas target, sealing standard, target speed and site conditions.
Match packaging materials and process
The route confirmed here is rotary vacuum tray sealing. If gas flushing is being considered, first verify support for the exact model and configuration, then validate with samples; the current video does not show that process.
Optional modules not standard
Automatic tray loading, filling, inspection, rejection, coding and downstream conveying are assessed by project. Gas flushing is not a confirmed function of this configuration; verify the exact model first.
Parameters confirmed per project
Please provide trays, film, product to be packed, vacuum or gas target, sealing standard, target speed and site conditions.
See actual conditions first
Recommended information before quotation
Start with container photos, the intended lidding material and approximate output. You can enquire before drawings or full material specifications are ready; we will review the process and identify the samples needed.
Configuration reference
- Turntable carriers, vacuum chamber and sealing tooling made per tray rim and depth
- Vacuum or gas flushing time and sealing speed confirmed around target finished product
- Automatic tray feeding, filling, inspection, coding and conveying are optional modules
- Number of stations, capacity, utilities and changeover scope configured per project
Prepare for selection
- Actual tray, rim dimensions, depth and product to be packed
- Rollstock or pre-cut lidding samples, with heat-sealing and barrier-property data
- Vacuum or gas target, product pressure resistance, sealing and leak standards
- Feeding method, target speed, site space and upstream/downstream interfaces
See actual conditions first
Key Parameters
Capacity and speed
Confirmed based on number of turntable stations, manual or automatic feeding, vacuum or gas time, sealing hold and discharge. Actual capacity is confirmed by project trials.
Automation scope
Turntable multi-station vacuum sealing; automatic tray feeding, filling, gas, inspection, rejection and conveying optional per project
Applicable containers or packaging
Pre-formed trays, meal trays or cups that can be stably placed in turntable carriers; rim, depth and arrangement confirmed per actual sample
Applicable products
Fresh food, cooked food, prepared meals or other tray products; product height, liquid seepage, rim contamination and pressure resistance must be specified
Packaging materials and consumables
Roll film or pre-cut film route determined per project; heat seal layer, barrier, easy-peel and print registration confirmed by sample trial sealing
Basic process
Tray feeding and positioning, optional vacuumizing or gas flushing, film lidding, heat sealing, optional film cutting and discharge
Tooling and changeover
Replace or adjust carriers, vacuum chamber, sealing tooling, film path and program per tray shape, rim and film material
Power, air supply and layout
Equipment dimensions, power, air supply, maintenance space and upstream/downstream interfaces confirmed based on turntable drive, vacuum and optional gas, sealing heating, film handling and conveying
Steps from sample confirmation to delivery
Confirm rim, depth, film heat seal layer, barrier and finished product appearance.
Verify product pressure resistance, atmosphere target, film and sealing window.
Match feeding, positioning, vacuum, sealing, film cutting and discharge actions.
Accept according to agreed tray, product, atmosphere, speed and changeover standards.
Common configuration routes
Compare turntable vacuum, continuous chain plate and linear tray sealing
The following routes are used to define procurement scope; final combination still needs confirmation based on samples, process and site conditions.
Turntable vacuum sealing
Multi-station cyclic processing, suitable for separate loading, vacuum, sealing and discharge.
Chain plate continuous sealing
Continuous conveying with carriers, easy to expand feeding, filling and downstream integration.
Linear tray sealing
Trays enter and exit in a straight line; structure and footprint selected per speed and process.
Turntable vacuum tray sealing
See actual conditions first
Frequently Asked Questions
Is the turntable type more suitable for small batch changeovers than the linear type?
It depends on tray differences, tooling weight and station adjustment. Turntable facilitates separate stations, but changeover may still involve complete carriers, vacuum chamber and sealing tooling.
Is gas flushing a standard configuration?
Not by default. Gas type, target, interface, safety, detection and acceptance method must be confirmed before separate configuration.
Send samples and requirements
Confirm samples, packaging materials and process first, then finalize configuration
Start with container photos, the intended lidding material and approximate output. You can enquire before drawings or full material specifications are ready; we will review the process and identify the samples needed.
Actual tray, rim dimensions, depth and product to be packedRollstock or pre-cut lidding samples, with heat-sealing and barrier-property dataVacuum or gas target, product pressure resistance, sealing and leak standardsFeeding method, target speed, site space and upstream/downstream interfaces