Pharmaceutical Product Form Change TRIZ Cases

Screen printing embeds a QR code within the tablet matrix to resolve production complexity and durability trade-offs.

Sucrose-dextrose tablets compress without PEG lubricants to eliminate gastrointestinal distress from effervescent or hydrophobic ingredients.

Multi-directional compression preserves bioactivity in protein drugs by gradually densifying powders without structural disruption.

Marking shell material sheets before encapsulation maintains position precision relative to seals while reducing total manufacturing time.

Height-staggered ram tips consolidate multiple pressing steps into one machine, eliminating separate equipment and reducing production space requirements.

Real-time Raman spectroscopy replaces offline assays to eliminate process delays while maintaining measurement precision.

Cold compaction produces polymer stabilizer tablets with uniform weight and shape for precise industrial dosing.

A tablet assembly space guides discharged tablets to a detection unit for prescription verification before final packing.

Segmented grippers and air flow centring resolve the contradiction between high-speed productivity and precise insert positioning in tablet presses.

An elongate flat portion on the punch cam surface extends dwell time, reducing material adherence and air retention.

Segmented nozzles deliver precise medication doses, resolving the trade-off between ease of operation and manufacturing precision.

Irradiation fusion of powder beds creates personalized tablets without solvent drying, preventing cross-contamination through disposable components.

Gas cooling eliminates residual coolants while vibration dropping increases production rate without complex equipment.

Melt granulation produces rapidly disintegrating DPP-IV tablets with low mineral content.

A pharmaceutical packaging apparatus estimates remaining sheet length using rotation count data stored on the core tube IC tag.

Elastic vibration absorbing means decouple liquid feeding pumps from nozzles to eliminate droplet diameter variations caused by transmitted noise.

Screen-printing separate base and medicament pastes creates distinct dissolution zones that prevent toxic peaks while maintaining therapeutic efficacy.

Piezoelectric nozzle spraying eliminates compression mold wear and dust cross-contamination while enabling precise tablet thickness control.

A capillary ejects liquid drug onto a solid carrier using a tubular piezoelectric actuator.

A tablet splitting apparatus uses opposed blades to cut tablets while a holding mechanism releases the tablet during cutting.

A tablet press load sensor captures mechanical force readings during powder compaction to generate identification signals.

Elongate fastener connects punch components orthogonally to the head component for secure mechanical attachment.