Nova 360 — servo turntable form, seal & cut machine (in development) | InnovaPax
InnovaPax · The machine
In development · pilot programme open

Nova 360Servo-driven thermoform, seal and die-cut on one compact rotary table — the machine the whole InnovaPax programme is built around.

Process
Form + seal + cut
Drive
Servo table & press
Tool change
< 2 min
Output
up to 600 pk/h
Full specifications ↓
Nova 360 is in active development. Help shape it and reserve an early-access slot. Join the waitlist →
One machine at the centre

Most lines chain a forming machine, a sealer and a punch across a hall. Nova 360 folds all three onto a single servo-driven rotary turntable — a blister or tray is formed, sealed and cut to its finished outline as the table indexes, from one compact frame run by one operator.

3→1
Three steps, one table

Forming, sealing and cutting become stations around one turntable instead of three machines in a row.

< 2 min
Complete tool change

A full combined-tool swap in under two minutes — the machine detects the tool and loads its recipe.

Servo
Table & press, electric

Servo-driven motion and seal force — far less compressed air, and programmable, logged values.

The turntable principle

Two stations, one process head

Nova 360 has just two stations, half a turn apart, and one process head. Everything — forming, sealing and cutting — happens at the process station, all in the same position, while the other nest is unloaded and reloaded. Each 180° index swaps them, so every half-turn delivers a finished pack.

1
Load — at station 1, film or a preformed tray plus product is placed in the nest.
2
Index 180° — the servo table swaps the loaded nest into the process station.
3
Form · seal · cut — at station 2 it all happens in one place: the heating plates form and seal under servo-controlled force, and the die cuts the finished pack.
4
Eject — the next half-turn returns the finished pack to station 1, where it’s lifted off.
Two heating plates, two temperatures

Behind the fixed heating plate at station 2, a secondary plate slides in beneath it — so the two plates can hold two different temperatures, each matched to its material. Sequence and parameters are fully programmable, which is often essential in medical-device work, where dissimilar materials each have to meet their own validated temperature profile.

180° 360 NOVA STATION 1 LOAD / EJECT STATION 2 FORM · SEAL · CUT
Top view · 180° index
Servo head & seal force T1 T2 slides in
Side view · station 2 process head
T1 fixed plate T2 secondary, slides in tool nest & rotary table
Close-up of the Nova 360 rotary table with a forming tool nest and the green status ring
One table, every step

The tool nest, the seal and the cut — all within one arm’s reach.

Every capability, one machine

What Nova 360 brings together

The tooling, control and traceability that usually live in separate machines — folded into one turntable.

Form, seal & cut in one pass

Three processes in one station on the turntable — a finished pack every index.

Servo table & seal press

Electric drive for motion and force — far less compressed air, fully programmable.

Auto tool detection

Mount a tool and the validated recipe loads itself — setup is a recall, not re-entry.

Heat differentiation

Independent forming and sealing temperatures protect heat-sensitive product.

Cloud traceability

Every run synced to the cloud — batch records and parameter logs, reachable anywhere.

Out-of-spec rejection

Parameters outside the window are flagged before the pack ships.

Prototype → series

Prove a pack on a soft tool, move the same geometry to aluminium — same machine.

Cleanroom-ready

< 1 m², single operator, height-adjustable and cleanroom-compatible.

InnovaPax operator in nitrile gloves inspecting a freshly thermoformed multi-cavity tray on the production floor
Proven in real production

Every pack Nova 360 forms, seals and cuts — checked by the people who run it.

Servo technology

Servo-driven table and seal press

Nova 360 drives both the rotary table and the seal pressure with servo motors instead of pneumatic cylinders. That removes two of the thirstiest compressed-air consumers on the machine — and turns table position and seal force into programmable, repeatable, logged values that feed straight into traceability.

Conventional · pneumatic
What an air-driven build would draw
Seal press cylinder
Ø200 × 40 mm · double-acting
~17 L / cycle
Rotary index actuator
Ø60 chamber · 180°
~1.6 L / cycle
Combined
~19 L free air / cycle

Free air at 6 bar, ~7:1 expansion, double-acting.

Nova 360 · servo
Electric drive — no air for these motions
0 L
compressed air for
the table & seal press
Programmable seal force & table position
Repeatable to the same value every cycle
Logged per cycle → feeds traceability
~19 L free air / cycle
~11 m³ / hour
~91 m³ / 8-h shift
Your numbers — local rate

8-h shifts, 600 cycles/h, ~0.12 kWh per m³ free air.

Estimated air-energy saving
€629/ year
Air saved20,976 m³ / yr
Compressor energy2,517 kWh / yr
Over 5 years€3,146

Engineering estimate for the two servo-replaced actuators (Ø200 × 40 mm seal cylinder + Ø60, 180° rotary), at 6 bar and ~7:1 free-air expansion. Actual savings depend on duty, pressure, compressor efficiency and your tariff — figures are planning aids, not guarantees.

What each process does

Three processes, matched to your tool

Or run all three as one combined tool

Build form, seal and cut into a single tool on a shared datum and Nova 360 runs the whole pack in one indexed pass — the tightest registration and the fastest cycle.

Combined tooling →
Nova 360 touchscreen showing the process recipe dial at 120
Smart control & recipes

It knows the tool before you do

Mount a tool and Nova 360 identifies it and loads the validated parameter recipe — temperatures, dwell, servo force and cut depth — so setup is a recall, not a re-entry. That’s how a complete combined-tool change lands under two minutes and the plates reach 120 °C in under three.

Auto tool detection. The right recipe loads itself — no wrong-parameter runs.
Programmable servo force. Exact, repeatable seal pressure — set once, logged every cycle.
Heat differentiation. Separate forming and sealing temperatures protect the product.
Out-of-spec rejection. Parameters outside the window are flagged before they ship.
Cloud traceability
Every run, synced and searchable

Operator, batch number and the full parameter set — temperatures, servo force, dwell and cut — are written to a time-stamped log and synced to the cloud. Reach batch records from anywhere, export for IQ/OQ/PQ, CAPA and ISO 13485, and feed your QMS — without a clipboard.

How traceability works →
Modes
Reprogram for the job
Form + seal + cutfull pack
Form onlytrays / blisters
Seal onlypreformed trays
Compact by design

A production cell that fits on a bench

Because the process is folded around one table rather than strung along a line — and servo drives replace the big air cylinders — Nova 360 fits a cleanroom bench, quiet and low on utilities, quick to validate.

< 1 m²
Floor footprint
1
Operator
Cleanroom
Compatible
Low-air
Servo-driven
The commercial case

Three machines’ work, on one bench

A conventional line buys, installs and validates a thermoformer, a tray sealer and a die cutter — three footprints, three suppliers, three validation runs, and product handled between each. Nova 360 folds all three around one turntable.

Thermoformer
separate machine
+
Tray sealer
separate machine
+
Die cutter
separate machine
Nova 360
one frame
Form Seal Cut
3 → 1
Capital outlay

One machine to buy, install and commission — not three.

3 → <1 m²
Floor space

Three footprints collapse to a single bench cell.

3 → 1
Validation

One IQ/OQ/PQ on one machine, not three separate runs.

3 → 1
Supplier & service

One vendor, one service contract, one spares list.

Configurations

One machine, three configurations

Every Nova — at any forming width — is built in three levels, from flexible entry to fully validated. Each configuration includes everything in the one before it.

Entry · flexible
Nova 360
Standard
Forming + full-area seal + punch / cut-out
Vacuum forming, manual / semi-manual loading
Touchscreen HMI + recipe library, basic data logging
For
Short runs, lower volume, maximum changeover freedom
Production
Nova 360
Pro
Everything in Standard, plus
MAP gas flushing, servo drives, higher output
Automated in-/out-feed, quick-change tooling + changeover assist
Extended recipes, production KPIs on the HMI
For
Mid-to-high volume, series production
Regulated
Nova 360
Compliance
Everything in Pro, plus
Full traceability: REF/LOT, track & trace, audit-ready datalog
Validation package: FAT / IQ / OQ / PQ
ISO 11607 support, cleanroom-compatible, controlled & documented processes
21 CFR Part 11–style access control
For
Medical, pharma, IVD — wherever validation and documentation are required

Not sure which fits? Talk to us about configuration →

In development

Nova 360 is being built now — get on the list

We’re developing Nova 360 with pilot partners. Register your interest to help shape it, get early specs and reserve an early-access slot.

Concept proven
The servo turntable form-seal-cut principle works.
Pilot builds & validation · now
In progress with launch partners.
Early-access units
Reserve a slot now — waitlist order.
Developed with our pilot partners
Reserve your place

Join the Nova 360 waitlist

Your role

Opens in your mail client, addressed to sales@innovapax.com. No spam — just Nova 360 news.

Specifications

Nova 360 · indicative

Pre-production figures for planning. Final specification is confirmed for your product, materials and volume.

Process & modes
Process
Thermoform + heat seal + die cut, one rotary turntable
Drive system
Servo rotary table & seal press · pneumatics minimised
Modes
Form + seal + cut · form only · seal only
Format & capacity
Forming / seal format
Up to ~300 × 400 mm (station)
Max form depth
Up to 100 mm
Seal force
Servo-controlled, programmable (up to ~2,000 kg equiv.)
Speed & changeover
Heat-up to 120 °C
< 3 min from cold
Complete tool change
< 2 min (combined tool), auto recipe recall
Output
Up to ~600 packs / hour (layout dependent)
Control & data
Control
Touchscreen HMI · auto tool detection · heat differentiation
Traceability
Time-stamped log: operator, batch, parameters
Cloud & connectivity
Cloud data sync · remote batch records · QMS / audit export
Materials
Forming materials
PETG, APET, PET, PP, PVC
Lidding
Medical paper, Tyvek, foil, film, board
Installation & utilities
Footprint
< 1 m² · bench / cleanroom cell
Utilities
3×400 V + PE, 50/60 Hz · low compressed-air demand
Operation
Semi-automatic · single operator · height-adjustable · cleanroom-ready
Availability
In development — pilot programme open for registration.
Register interest →

Output depends on pack layout, depth and material. Figures are engineering planning aids, not a quotation or guarantee.

Who it’s for

From R&D to low- and medium-volume production

Checking a formed blister
Peel-check on a sealed pack
Inspecting a finished pack
Medical & pharma

Validated blisters and trays for devices and drugs, with the logged audit trail regulated work needs.

R&D & pilot lines

Prove a pack, run first articles and small batches on the same machine you’ll scale on.

Contract packers

Fast tool changes and reprogrammable modes make short runs and frequent product changes economical.

Feasibility check

Send us your pack — we’ll tell you if it forms

Share your product and the pack you have in mind. We’ll assess feasibility on the Nova 360 pilot, outline the tooling and cycle, and — where it fits — form a sample from your material.

What we need from you
Product & dimensions — what goes in the pack.
Pack format & material — blister, tray, film gauge.
Target annual volume — so we size the cycle.
What you get back
A feasibility verdict — can Nova 360 make it.
Tooling & cycle approach — how we’d run it.
A formed sample — from your material, where it fits.

Common questions

Can I buy one now?+

Nova 360 is in active development, built with pilot partners. It isn’t on general sale yet — but you can join the waitlist to reserve an early-access slot, receive updated specifications and help shape the machine before launch.

Why servo instead of pneumatic?+

The rotary table and the seal press are servo-driven, so they don’t consume compressed air the way big pneumatic cylinders do — we estimate roughly 19 litres of free air per cycle removed (a Ø200 × 40 mm seal cylinder plus a Ø60, 180° rotary actuator), around 21,000 m³ a year on a single-shift duty. Servo also makes seal force and table position programmable, repeatable and logged — better for validation, quieter, and lighter on utilities.

Does it really form, seal and cut in one machine?+

Yes. The three processes are stations around one rotary turntable, so a pack is thermoformed, sealed and die-cut to its finished outline within a single frame — no separate forming machine, sealer and punch. You can also run form-only or seal-only when you don’t need the full pack.

How does traceability work?+

Built-in data logging records operator, batch and the full parameter set — temperatures, servo force, dwell and cut — against each cycle, and syncs it to the cloud. That gives a time-stamped, remotely accessible audit trail that supports IQ/OQ/PQ, CAPA and ISO 13485 workflows and exports to your QMS.

Which materials does it run?+

Common forming films — PETG, APET, PET, PP and PVC — with lidding from medical paper and Tyvek to foil, film and board. We match the forming film and lidding to your pack from the InnovaPax material library, and Nova 360 runs our stocked PETG straight away.

What footprint and services does it need?+

Under a square metre of floor and a 3×400 V + PE supply. Because the table and press are servo-driven, compressed-air demand is low — mainly light clamping and ejection. It’s height-adjustable, cleanroom-compatible and semi-automatic, run by a single operator.

The whole programme

Everything that meets on the table

Nova 360 is the machine — the tooling, materials and services are what make it produce your pack.

Be first in line for Nova 360

It’s in development now. Join the waitlist to reserve an early-access slot and help shape the machine — or talk to us about your pack.