sesame hydraulic oil press machine

Sesame vs Other Oil Seeds

Understand sesame vs other oil seeds with clearer machine logic: sesame often needs dedicated hydraulic structure, while other seeds may fit different pressing routes and barrel designs.

On this page
  1. Hydraulic Press Structure Comparison Guide
  2. 1️⃣ Material Characteristics Comparison
  3. 2️⃣ Barrel Structure Difference
  4. Sesame Structure
  5. Other Oil Seeds Structure
  6. 3️⃣ Hydraulic Model Selection Logic
  7. For Sesame:
  8. For Other Oil Seeds:
  9. 4️⃣ Production Rhythm Difference
  10. 5️⃣ Oil Yield Stability
  11. 6️⃣ Investment Strategy Perspective
  12. Final Engineering Conclusion
  13. FAQ
  14. Get the right oil-seed press recommendation
Guide typeMachine comparison
Reading time4 min
UpdatedJul 19, 2026
Reference video of a 325 hydraulic oil press machine.

Hydraulic Press Structure Comparison Guide

Choosing the correct hydraulic oil press structure depends heavily on the raw material.

Many oil mill investors assume all oil seeds can be processed using the same barrel size and machine configuration. In reality, sesame requires a completely different structural approach compared to other oil materials.

This guide explains the key engineering differences.


1️⃣ Material Characteristics Comparison

FactorSesameOther Oil Seeds (Peanut, Soybean, Sunflower, etc.)
Particle sizeVery smallMedium to large
Flowability under pressureVery highModerate
Structural cohesion after heatingStrong (hot press)Varies
Suitable pressing typeHot press onlyHot or cold press
Pressure concentration requirementVery highStandard

Because sesame particles are small and mobile, they require stronger pressure concentration within a smaller chamber.


2️⃣ Barrel Structure Difference

sesame hydraulic oil press machine
sesame hydraulic oil press machine

Sesame Structure

  • Barrel inner diameter: 300mm
  • Batch capacity: 30kg
  • No pre-press
  • Hot press only
  • One batch at a time

Why 300mm?

A smaller chamber:

  • Concentrates hydraulic force
  • Prevents sideways material movement
  • Ensures stable oil cake formation
  • Maintains high oil yield

Using a 390mm standard barrel for sesame can cause:

  • Loose cake formation
  • Lower oil extraction rate
  • Material escape
  • Unstable pressure performance

Other Oil Seeds Structure

For peanut, soybean, sunflower, etc.:

  • Standard barrel inner diameter: 390mm
  • Extreme capacity: 100kg
  • Recommended working load: around 60kg
  • Pre-press allowed
  • Suitable for hot or cold pressing

These materials:

  • Have larger particle structure
  • Are easier to compress
  • Require less extreme pressure concentration

Therefore, larger barrels improve efficiency without sacrificing oil yield.


3️⃣ Hydraulic Model Selection Logic

Hydraulic model naming is based on cylinder diameter:

There is no 390 series machine.

For Sesame:

  • 300 model
  • 325 model

These models use a channel steel frame structure, ideal for hot pressing cycles.

For Other Oil Seeds:

  • 355–500 models are commonly selected
  • Designed more for cold press positioning
  • Larger structural load capacity

4️⃣ Production Rhythm Difference

Sesame

  • Roast first
  • Load 30kg
  • Press
  • Release
  • Repeat

Clear batch production rhythm.

Other Oil Seeds

  • Can pre-press
  • Can load up to 60kg working capacity
  • More flexible production scheduling
  • Suitable for higher batch efficiency

5️⃣ Oil Yield Stability

Incorrect barrel selection for sesame leads to:

  • Lower oil yield
  • Inconsistent cake density
  • More residual oil
  • Reduced profitability

Correct structural matching ensures:

  • Stable hydraulic pressure
  • Consistent oil cake
  • Predictable output
  • Better return on investment

6️⃣ Investment Strategy Perspective

For investors:

Starting with Sesame Only

  • 300 or 325 model
  • 300mm barrel
  • Hot press configuration
  • Lower initial investment
  • Stable small-scale production

Multi-Material Oil Mill

  • Standard 390mm barrel
  • Larger cylinder models
  • Cold + hot press flexibility
  • Higher capacity potential

Selecting based on material strategy is more important than simply choosing a larger machine.


Final Engineering Conclusion

Sesame is not just another oil seed.

It requires:

  • Smaller pressing chamber
  • Concentrated hydraulic force
  • Hot press-only processing
  • Specific machine configuration

Other oil seeds can use larger barrels and more flexible configurations.

Understanding these structural differences prevents:

  • Equipment mismatch
  • Yield loss
  • Operational inefficiency
  • Investment mistakes

For production startup please refer to the hydraulic sesame oil production line


FAQ

Why is sesame different from peanut or soybean?

Sesame is smaller, more mobile under pressure, and more sensitive to structure and pressure concentration than many other oil seeds.

Which model is better for sesame retail business?

For small retail and fresh-oil selling, Korean type or KHOP small hydraulic models are usually more suitable.

Which model is better for premium sesame batch production?

For medium premium batch production, 325 hydraulic oil press is usually the stronger recommendation.

Get the right oil-seed press recommendation

If you tell us which oil seed you plan to process and whether the goal is shop retail, premium batch production, or continuous output, we can recommend the right structure and machine route. You can also review our Korean type small hydraulic oil press machine, 325 hydraulic oil press machine, or go to Contact Us to request a quote.

Korean-Type Hydraulic Press in Operation

This original factory video shows a stainless-steel Korean-type hydraulic press during batch operation. Use it as a visual reference; confirm the quoted model, material, batch load, and output separately.

Reference hydraulic pressing video for sesame-focused structure evaluation.

Project planning

Configure the right oil press and production line

Send your oilseed, target output, bottle or packaging requirements, power supply, and destination country. We will match the machine, supporting equipment, and line layout.