Thermoformed blister configuration
Documented for tablets, capsules, injections, food, medical devices and similar products that can be handled by the selected feeder and tooling.
Source-verified technical reference
DPP-250F Blister Packing Machine Specifications
Review the documented Alu/Plastic and Alu/Alu configuration: 20-50 cycles/min depending on material, a 250 × 112 mm forming area, 30-120 mm stroke and the utilities required for project review.
20-50cycles/min, material dependent
250 × 112 mmmaximum forming area
30-120 mmadjustable stroke range
Alu/Pl + Alu/Aludocumented process formats
Quick selection answer
Is the DPP-250F the right blister platform for your product?
Use this model when the ordered format fits the documented web width, forming area, stroke and depth limits. Rated cycle frequency is not finished pack output. Tooling layout, cavities per stroke and feeder efficiency determine actual capacity.
Cold-form blister configuration
The manual documents a dual-use Alu/Plastic and Alu/Alu platform. Confirm the cold-form tooling, product geometry and foil specification in the URS.
Documented material width
PVC, PTP lidding foil and forming aluminum foil are listed at 250 mm width. Non-standard webs require an engineering review.
Selection boundary: the source manual identifies the machine as DPP-250FⅠ. HIJ will confirm whether the quoted machine uses the same station arrangement, control components and optional modules before the specification is released for purchase.
Verified data table
DPP-250F technical specifications
The values below are transcribed from the current DPP-250FⅠ operating manual supplied to HIJ. They replace unsupported figures previously shown on this URL.
| Maximum punch frequency | Alu/Alu: 20-30 cycles/min Alu/Plastic: 20-50 cycles/min Manual reference format: 57 × 80 mm × 4 |
|---|---|
| Stroke range | 30-120 mm |
| Maximum forming area | 250 × 112 mm |
| Maximum formed depth | Alu/Alu: 12 mm Alu/Plastic: 18 mm Special configuration: 25 mm, subject to confirmation |
| Forming power | 2 kW × 2, upper and lower |
| Heat-sealing power | 1.8 kW |
| Total installed power | 7.5 kW at 380 V / 50 Hz; manual also lists 220 V / 60 Hz |
| Main motor power | 1.5 kW |
| Air pump volume flow | At least 0.25 m³/min |
| Overall machine size | 3360 × 610 × 1670 mm |
| Packing size | 3900 × 750 × 1800 mm |
| Machine weight | 1500 kg |
Capacity note: the manual's separate maximum-production-capacity row contains an internally inconsistent unit and is intentionally excluded. Calculate finished blisters/min from cycles/min × usable packs per stroke × operating efficiency, then confirm with product trials.
Process architecture
What the DPP-250F process must coordinate
The manual describes modular working stations and a separable body for installation access. The final line sequence depends on the selected product feeder, print registration, discharge and downstream equipment.
Web handling and forming
Unwind the selected PVC or forming aluminum web, heat or cold-form the cavities, and maintain water cooling and air supply.
Product feeding
Match the feeder, brush plate, screen and product-contact parts to the tablet, capsule or other approved product geometry.
Heat sealing and registration
Coordinate lidding foil tension, sealing pressure, temperature and the photoelectric eye-mark function for printed foil.
Traction, cutting and discharge
Set the 30-120 mm stroke, align the web to the cutting station and confirm the discharge route for standalone or line use.
Line integration: send the target blister drawing and downstream requirement before ordering. The blister packing machine range provides the broader selection context, while this page defines the documented DPP-250F boundary.
Material and tooling inputs
Build the format around the real web and cavity geometry
Web thickness and width are source values, not universal purchasing limits. The tooling drawing must still define cavity pitch, pack outline, trim allowance, perforation, eye-mark location and usable packs per stroke.
- PVC hard film: 0.25 mm nominal; manual range 0.15-0.50 mm × 250 mm.
- PTP heat-sealing aluminum foil: 0.02 × 250 mm.
- Forming aluminum foil: technical table lists 0.12 × 250 mm.
- Maximum forming area: 250 × 112 mm.
- Maximum depth: 18 mm for Alu/Plastic and 12 mm for Alu/Alu.
Controls and operating evidence
Documented HMI functions, alarms and adjustment points
The source manual describes a touch-screen interface with production controls, temperature views, alarm messages, I/O status and access levels. These functions support operation, but they do not by themselves prove 21 CFR Part 11 compliance.
HMI and production functions
Start/stop, jog, heating, heat sealing, batch-number heating, feeding, traction, discharge and conveyor functions are described. Production quantity and run-time counters are also listed.
Alarm coverage
The manual lists web-out or web-break, inverter protection, temperature-not-ready, heater disconnection, low-air-pressure and target-count alarms.
Registration and stroke adjustment
A photoelectric eye-mark function corrects printed lidding alignment, while the traction setting controls the working stroke within the documented 30-120 mm range.
Component boundary
The manual lists PWS1711-STN HMI, ES3200T2 controller, TDA4848V1 temperature controllers and WFD-A inverter. Confirm current brands and models in the approved electrical BOM.
Validation wording: specify audit trail, electronic signature, user management, data retention and backup requirements in the URS if they are required. They are not assumed from the base manual.
Site readiness
Utilities, installation envelope and maintenance inputs
Confirm site utilities before layout approval. The manual requires compressed air, cooling water, electrical supply, grounding and a level installation area with access for the separable machine body.
Installed power
Manual value at 380 V / 50 Hz; 220 V / 60 Hz is also listed. Confirm phase, voltage, frequency and protection devices.
Compressed-air pressure
Maintenance range stated by the manual. Air volume flow is at least 0.25 m³/min. Confirm quality and connection size.
Machine envelope
Use the separate 3900 × 750 × 1800 mm packing size for transport and access planning.
| Cooling water | Required before startup. Temperature, flow, pressure and connection details must be confirmed for the ordered configuration. |
|---|---|
| Grounding and location | Protective grounding and a level indoor installation surface are required. Confirm service clearance with the approved layout. |
| Routine checks | Drain condensate from the air preparation unit, verify pressure, open cooling water, inspect lubrication and clean product-contact or feeder parts according to the maintenance plan. |
| Shipping planning | Packed envelope: 3900 × 750 × 1800 mm. Machine weight: 1500 kg. Verify unloading equipment, doors, corridors and floor loading. |
Procurement control
What the URS must freeze before quotation approval
Treat this page as a verified reference, not the final contract specification. The approved URS, layout, tooling drawing, component list and acceptance protocol control the delivered machine.
Send Product and URS DataRelated engineering references: use the thermoforming blister machine guide to compare process limits and the blister packing machine URS guide to structure the project inputs.
Procurement FAQ
DPP-250F specification questions
Is the DPP-250F output 250 blisters per minute?
No verified source supports that claim. The manual specifies 20-50 cycles/min for Alu/Plastic and 20-30 cycles/min for Alu/Alu. Finished output depends on the number of usable blisters per stroke, feeder performance, reject rate and operating efficiency.
Can one DPP-250F run both Alu/Plastic and Alu/Alu?
The manual describes a dual-use Alu/Plastic and Alu/Alu configuration. Confirm the ordered forming module, tooling sets, forming depth and material specifications before purchase.
What is the largest documented forming area?
The current source lists 250 × 112 mm. The blister drawing must fit this forming window after allowing for web edges, cutting, perforation and process clearance.
Does the base DPP-250F include 21 CFR Part 11 functions?
The supplied manual does not verify Part 11 compliance. Put audit trail, electronic signature, user access, data retention and backup requirements in the URS so HIJ can confirm a suitable control configuration.
Which documents should be approved before shipment?
At minimum, approve the URS response, machine layout, tooling and blister drawings, utility schedule, electrical component list, scope of supply, FAT protocol and the required qualification-document scope.
Configuration review
Confirm the DPP-250F against your product and blister drawing
Send the product drawing, material structure, target output, utilities and validation scope. HIJ will return a configuration-specific technical response instead of relying on generic catalog figures.