Packaging systems configured around your application Defined project scope
Compare SG210, SG320 and SG320D premade pouch filling and sealing routes by pouch size, fill volume and accepted output. Final performance is confirmed with your product, pouch and dosing system during FAT.
Pouch presentation, opening, dosing, product settling, seal-area cleanliness and discharge must work inside one agreed cycle. The correct SG reference therefore depends on the pouch drawing and product behaviour, not speed alone.
Use this table to shortlist a platform. Do not treat an “up to” value as guaranteed sustained output; accepted production speed is defined in the project URS and verified during FAT.
| Reference model | Source pouch range | Source fill-volume limit | Source maximum speed | Source total power | Decision use |
|---|---|---|---|---|---|
| SG210 | 120 × 150 to 210 × 300 mm | Up to 1,500 ml | Up to 50 pouches/min | 16 kW | Compact single-lane reference where the confirmed pouch stays within the smaller format window. |
| SG320 | 120 × 150 to 320 × 350 mm | Up to 3,000 ml | Up to 40 pouches/min | 16 kW | Single-lane reference for a wider pouch and larger fill-volume window. |
| SG320D | 120+120 × 150 to 160+160 × 350 mm | Up to 1,000 ml | Up to 100 pouches/min | 18 kW | Duplex reference where two-lane balance, dosing distribution and downstream handling are validated together. |
The duplex size notation is reproduced from the source series table and must be confirmed against the controlled pouch drawing before release. Product, pouch, dosing system and FAT conditions control the final proposal.
Start here when the pouch and fill volume fit the smaller single-lane range and the project does not require the wider SG320 window.
Use the SG320 reference when the project needs the wider source pouch range or larger stated fill-volume limit, subject to product settling and seal conditions.
Choose the duplex path only when the dosing system can feed both lanes consistently and downstream collection can accept the resulting discharge pattern.
The source quotation describes pouch-presence and opening checks plus mechanical opening assistance. These functions are intended to reduce avoidable failed cycles; they do not create a zero-waste guarantee.
The pouch handler controls timing and position; the dosing system controls product delivery. They must be tested together. Use the pouch filling system selection guide before approving a project configuration.
The source itself states that dose, pouch size and output require confirmation after receipt of product samples, packaging material and final testing. Put those conditions into the URS and FAT protocol.
Official INMAYPACK premade-pouch process video. Confirm the exact model, filler, pouch and tested conditions for the proposed SG configuration.
The September 2025 source series table lists up to 50 pouches/min for SG210, up to 40 pouches/min for SG320 and up to 100 pouches/min for the duplex SG320D reference. These are “up to” source values, not unconditional sustained-production guarantees. Final accepted output depends on the product, pouch, filler, lane balance and FAT conditions.
The source table lists 120 × 150 to 210 × 300 mm for SG210, 120 × 150 to 320 × 350 mm for SG320, and duplex notation of 120+120 × 150 to 160+160 × 350 mm for SG320D. The controlled pouch drawing and machine proposal must confirm the final range.
The pouch-handling platform can be project-matched to different dosing systems, but the filler is not a generic interchangeable promise. Product flow, dose, particulates, dust, viscosity, settling time and cleaning requirements determine the dosing architecture and test plan.
No. Detection and interlocks are intended to skip an affected filling or sealing cycle when the required pouch condition is not confirmed, helping reduce avoidable loss. They do not guarantee zero pouch waste, zero product loss or zero rejects.
Agree the product, pouch, filler, format range, run duration and acceptance criteria in the URS. Then verify dose, opening, seal quality, good output, rejects, minor stops, alarms and restart behaviour during a witnessed FAT using approved samples.
Send the product, fill range, controlled pouch drawing, target accepted output and cleaning requirements. INMAYPACK will review the machine route, dosing architecture and proposed FAT boundary.