Industrial screw oil press used in edible oil processing
Oil press selection

How to Select an Industrial Oil Press for Your Oilseed and Production Target

The correct press depends on the oilseed, preparation route, required throughput, operating condition, cake target, labor plan and downstream oil treatment. Begin with these inputs before comparing the approved press models.

Short answer

A model number is not a complete selection. First define the material entering the press, the duty per hour or day, the operating schedule and the required oil and cake condition.

Seven inputs that control press selection

Oilseed and variety

Seed structure and condition change preparation and pressing behavior.

Preparation route

Cleaning, shelling, size reduction, conditioning or roasting affect press feed.

Required throughput

State the basis, operating hours and whether the line is batch or continuous.

Temperature strategy

Define whether cold, conditioned or heated pressing is intended.

Oil and cake targets

Clarify downstream filtration and intended cake use.

Labor and maintenance

Confirm staffing, cleaning, changeover and spare-part planning.

Approved product families to review

Approved pageUse the page to confirm
101-Type Bar-Cage Cold Oil PressReviewed construction, process position and current specification request.
120-Type Screw Oil PressReviewed screw-press configuration and project inputs.
125-Type Four-Stage Bar-Cage Oil PressReviewed multi-stage arrangement and current technical file.
Integrated Bar-Cage Oil PressReviewed integrated arrangement and included functions.

Do not compare unconfirmed numbers

Capacity, motor power, residual oil, temperature, dimensions and utilities depend on the approved configuration and test basis. Compare those values only when the source, raw material and operating condition are stated consistently.

Prepare a useful press trial or RFQ

  • Identify the seed, origin, moisture and impurity condition.
  • State preparation steps already available or required.
  • State hourly or daily throughput and operating hours.
  • Describe the desired oil, cake and downstream treatment.
  • Provide power supply, heating options and installation location.
  • Request the current model specification and test basis.

Related decision tools

Technical review boundary

General selection and diagnostic guidance can be used for planning. Final model data, settings, limits, utilities, test conditions and acceptance criteria must come from the current approved technical file for the supplied machine. Fields without a recorded technical source remain pending review.

Frequently asked questions

Which press gives the highest yield?

No model should be selected from a universal yield claim. Feedstock, preparation, operating condition and test basis must be comparable.

Can one press handle every oilseed?

A supplier must review the actual seed, preparation and product target. Mechanical compatibility does not prove the same performance for every material.

What information is needed for a quote?

Provide seed details, throughput, operating hours, preparation, target oil and cake, utilities, location and required documents.

Prepare the project inputs before selecting the machine.

Send the material, present process, required duty, utilities and target outlet condition.

Compare the Approved Oil Presses →

From question to reviewed configuration

Turn this page into a technical project brief

Use the same four-stage path for diagnosis, comparison and quotation. Unknowns can remain marked as unknown; they should not be replaced by guesses.

1

Define the problem

Industrial oil press selection: record the material, current process, observed condition and required result.

2

Review the options

Use the approved product center to identify a candidate family—not a final model.

Review approved oil press models →
3

Submit project evidence

Provide capacity, utilities, site conditions, photos, test data and required documents.

Prepare the project brief →
4

Technical confirmation

The technical team resolves missing inputs and confirms the model, scope, interfaces and controlled documents.

Important: website guidance supports early decisions. Final capacity, materials, utilities, performance and configuration require the current reviewed technical agreement.