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Form Fill & Seal Machine

Form Fill & Seal (FFS)

High-speed automatic filling and sealing for form-fill-seal packaging. Perfect for dairy, sauces, and prepared foods.

Throughput: 100-300 units/min
Lower film: up to 1000 microns

Models FFS 100 · FFS 200 · FFS 300

Ideal for: Dairy products, yogurt, sauces, condiments, pudding

View specifications & video →
XTS Tray Sealer Machine

Tray Sealers

Precision tray sealing system optimized for ready-to-eat meals, bakery items, and frozen foods.

Throughput: Depends on tray size & format
Tray sizes: three published footprints
Structure: 304 stainless steel

Models Apollo · Athena · Hera

Ideal for: Frozen meals, bakery, deli, fresh prepared foods

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Rotary Cup Filling and Sealing Machine

Cup Fill & Seal All machines

Rotary cup filling and sealing system with adjustable fill volumes. Built for dairy, desserts, and specialty beverages.

Throughput: 30–120 cups/min
Max cup: 146 mm single

Models Hermes · Poseidon

Ideal for: Yogurt, pudding, ice cream, coffee creamer

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Which machine class fits your product

The choice is decided by the pack, not by speed. Whether your container arrives already made or is formed on the line rules two of these three out before throughput is worth discussing, so start there.

If your pack isThe machine classPublished rate
Pre-formed cups or tubs you buy in Cup Fill & Seal — Hermes, Poseidon Up to 120 cups/min
Pre-formed trays you buy in Tray Sealing — Apollo, Athena, Hera, Hera-S, Hera-X Up to 43 trays/min
Formed from film on the machine Form Fill & Seal — FFS 100, 200, 300 100–300 units/min
Trays sealed under vacuum rather than gas Tray Sealing — Athena Vacuum Up to 3 cycles/min

Spec sheets

The manufacturer’s own two-page sheets for all five machines. Open one to read it here — tray and cup geometry, film widths, weights, electrical load and compressed air.

Hermes — Roto Fill & Seal2 pages · PDF 1.7 MB
Hermes — Roto Fill & Seal spec sheet, page 1: up to 120 cups a minute across four cups per cycle, up to eight stations, gas flush to 25.5 cycles a minute. Hermes — Roto Fill & Seal spec sheet, page 2: cup configurations and diameters, cycle rates, dimensions, weight, electrical load and compressed air.

Download the PDF 1.7 MB

Poseidon — Compact Roto Fill & Seal2 pages · PDF 1.2 MB
Poseidon — Compact Roto Fill & Seal spec sheet, page 1: up to 60 cups a minute, two cups per cycle, five cup formats for single servings. Poseidon — Compact Roto Fill & Seal spec sheet, page 2: cup configurations and diameters, cycle rates, dimensions, weight, electrical load and compressed air.

Download the PDF 1.2 MB

Apollo — Roto Tray & Cup Sealer2 pages · PDF 0.6 MB
Apollo — Roto Tray & Cup Sealer spec sheet, page 1: up to 40 trays a minute, two trays or cups per cycle, maximum 1% oxygen in the container. Apollo — Roto Tray & Cup Sealer spec sheet, page 2: tray and cup formats, sealing options, film roll diameter, dimensions, weight and electrical load.

Download the PDF 0.6 MB

Athena — Semi-Automatic Tray Sealer2 pages · PDF 1.7 MB
Athena — Semi-Automatic Tray Sealer spec sheet, page 1: up to four trays per cycle, up to six cycles a minute, MAP and vacuum sealing modes. Athena — Semi-Automatic Tray Sealer spec sheet, page 2: tray sizes, film width, power supply and weight for both the MAP and vacuum versions.

Download the PDF 1.7 MB

Hera — Linear Tray Sealer2 pages · PDF 1.7 MB
Hera — Linear Tray Sealer spec sheet, page 1: up to three sealing heads, up to seven cycles a minute, 710 mm film width. Hera — Linear Tray Sealer spec sheet, page 2: tray sizes, film width and roll diameter, dimensions, weight and electrical load.

Download the PDF 1.7 MB

Hera-S — Linear Tray Sealer2 pages · PDF 1.7 MB
Hera-S — Linear Tray Sealer spec sheet, page 1: two trays per cycle, up to 25 trays a minute, three tray sizes. Hera-S — Linear Tray Sealer spec sheet, page 2: tray sizes, film width and roll diameter, dimensions, weight, electrical load and working air.

Download the PDF 1.7 MB

Hera-X — Linear Tray Sealer2 pages · PDF 1.7 MB
Hera-X — Linear Tray Sealer spec sheet, page 1: three trays per cycle, up to 43 trays a minute, modified atmosphere with a gas mixer. Hera-X — Linear Tray Sealer spec sheet, page 2: max tray size, gas mixing, film width, dimensions, weight, electrical load and working air.

Download the PDF 1.7 MB

Planning the line, not just the machine

Once the class is settled, the questions that decide the specification are about your product: fill weight and viscosity, tray or cup geometry, residual oxygen, changeover time and how many hours a day the line runs. These guides work through those for the products we see most often.

Rates in that table are the published ceiling for each class, measured on the easiest pack a machine runs. Yours will differ, which is why every model page lists the tray or cup envelope alongside the speed.

The order these decisions actually happen in

Buyers often arrive having chosen a machine and worked backwards. It goes better in this order:

When automating is worth doing at all

The signals that usually mean yes: you are adding shifts or people to keep up rather than adding output; you are rejecting or reworking packs for seal defects often enough that someone has stopped counting; changeover is eating hours you cannot recover; or you cannot recruit for the roles at all, which in chilled and frozen halls is now structural rather than seasonal.

The signals that usually mean not yet: one short-run product with volume that has not settled; a pack format still being argued about with a retailer; or demand so seasonal that the line would sit idle for most of the year. In those cases a semi-automatic machine, or automating one step rather than the line, is usually the better answer — and we would rather say so than sell you equipment you outgrow in one direction or the other.

What we publish, and what we do not

Every model above carries its dimensions, weight, electrical load where we have it, film envelope and pack geometry on its own page. Those are the figures that decide whether a machine can be installed at all — whether it fits the room, gets through the door, and runs on the supply you have — and they are usually the last things a buyer is given rather than the first.

Where a figure is not published, the gap is stated rather than filled: we do not publish electrical load for the FFS range. If you want a shortcut through all of this, the machine selector asks four questions and returns the published specification for whichever class fits, including when the honest answer is that none of ours does.

Why Hefestus?

✓ Nothing Held Back

Dimensions, weight, electrical load, film envelope and pack geometry are on these pages, not behind a quotation request.

✓ Worked On Your Numbers

Send your operator count, target output and changeover time and we will work the case through with you, using your figures rather than ours.

✓ Built Since 1993

Seven named models across three machine families, designed and built by Hefestus Technologies, with a US office in Las Vegas.

✓ Answers Before the Order

Send your pack, target rate and shift pattern and you get a written line specification back — including when the answer is that we are the wrong supplier.

✓ Told Where We Stop

Each machine class has a published ceiling. Above 96 cups a minute, or 300 units, you have outgrown that class and we will say so rather than stretch it.

✓ Food Formats Only

Cups, trays and thermoformed packs for chilled, frozen and ambient food — not a general machinery catalogue with a food page bolted on.

Not sure which one fits?

Answer four questions and get the published specification for the class that suits your pack — including when none of ours does.

Find your machine