Coconut milk · cream · formulated beverages

Coconut milk
processing lines.

Extraction, standardization, product treatment and matched filling. Start with the product you make, then choose the front end your material needs.

Stainless steel homogenization equipment reference for coconut milk product development
Photo-based equipment reference, presentation-retouched. Product configuration is selected from the trial brief.

01 / Finished product

Milk, cream or beverage?

One connected product route

Kernel to milk.
Recipe to package.

Follow the actual inlet and each transfer interface. Existing milk starts after extraction.

View equipment connections →
  1. 01

    Kernel preparation

    Agree shell/skin removal upstream, then wash and cut.

  2. 02

    Extraction and straining

    Weigh milk and residual meal; record every water addition.

  3. 03

    Composition and emulsion

    Measure fat and solids before blending and homogenization.

  4. 04

    Treatment and package

    Compare chilled, retort and UHT aseptic boundaries.

Examine the equipment

Extraction. Emulsion. Filling.

All equipment and connection requirements →

Build a measured product brief

A trial record before
a performance claim.

Use the blank project sheet to document the feed, composition, extraction boundary and package. It contains no project results.

Download coconut project RFQ sheetPublished third-party pilot reference →

Engineering assumptions

Agree one boundary for the offer.

State the received material, measured composition, input or output capacity basis, target recipe, package, utilities and supply responsibilities. Model ratings, treatment conditions and acceptance criteria follow the representative product review.

Prepare the equipment scope →Send your project requirements ↗

Product uses and sales channels

Explore applications and markets

A published pilot reference

Review a third-party laboratory UHT report for coconut product development. It is a reference, not this site’s industrial coconut-milk project.

Read the anonymized pilot reference
Discuss your project