- New ingredient feasibility
- Specification design
- Yield and recovery improvement
- Process simplification
- Cost-driver review
- Application-enhanced format
- Analytical plan
- Pilot and sample plan
CUSTOM INGREDIENT DEVELOPMENT
Start with the target. Build the practical route.
Build a technically workable route, then optimize the process to reduce avoidable steps, loss, rework and cost at scale.
PROJECT FIT
Start by confirming whether this is the right route.
The technology is selected against the material, target specification, formula conditions and evidence needed.
- Natural active compounds
- Fermentation-derived actives
- Defined synthetic ingredients
- Delivery and encapsulation systems
CHALLENGE → TECHNICAL RESPONSE
Connect each project problem with a review action.
These are development routes, not universal performance claims. The applicable route is confirmed after reviewing the actual material and formula.
CUSTOMER CHALLENGE
An incomplete brief
A product name alone does not define the formula, market, specification or commercial target.
PINHONBIO APPROACH
Translate the brief
Define the target ingredient, formula conditions, market, scale and required evidence.
CUSTOMER CHALLENGE
Unclear feasibility
Route, scale, analytical method, safety and cost must be reviewed together.
PINHONBIO APPROACH
Select the platform
Choose isolation, fermentation, synthesis, liposome or encapsulation routes as appropriate.
CUSTOMER CHALLENGE
Cost pressure at scale
Low yield, repeated purification, material loss, long cycle time or an over-specified target can make a workable product commercially inefficient.
PINHONBIO APPROACH
Optimize process economics
Review yield, recovery, purification steps, solvent and energy use, cycle time, specification design and scale-up loss to identify practical cost improvements.
CUSTOMER CHALLENGE
Evidence gaps
Development data, batch results and finished-product claims support different decisions.
PINHONBIO APPROACH
Build decision gates
Use feasibility, laboratory, pilot and verification data before commercial supply.
DEVELOPMENT WORKFLOW
From requirement to reviewed sample.
- 01Requirement brief
- 02Feasibility review
- 03Route selection
- 04Process & cost optimization
- 05Pilot verification
- 06Sample & documents
METHODS & SUPPORTING DATA
Verification follows the technical question.
Feasibility package
Target identity, route options, key risks, data needs and preliminary decision points.
Fingerprint & component testing
Identity, qualitative profile, assay or impurity work matched to the material.
Quality-target review
Color, purity, stability, heavy metals, residues and market-specific requirements.
Process & cost review
Yield, recovery, solvent use, cycle time, purification load, material loss and specification fit reviewed against the intended scale.
Pilot data
Process observations, sample results and scale-up questions before commercial confirmation.
EVIDENCE & TECHNICAL BOUNDARIES
Know what the data supports—and what still needs validation.
Internal tests, third-party reports, typical data and customer-formula results must be identified separately.
Feasibility
A request starts technical review; it does not guarantee that every target is commercially feasible.
Specification
Acceptance criteria and methods are agreed for the actual product and intended market.
Intellectual property
Ownership, confidentiality and permitted use require a separate written agreement.
Timeline & scale
Timing depends on route complexity, raw materials, testing, pilot work and customer feedback.
Commercial supply
Supply begins only after specification, quality, packaging and commercial terms are confirmed.
Typical or historical data do not replace the applicable batch COA. Finished-formula stability, compatibility, safety and claim substantiation remain the customer's responsibility unless separately agreed in writing.
PROJECT SUPPORT
Submit a technical request.
Share the ingredient, formula format, target pH, process, market and evidence needed.