Stakarts Lactomini X — Smart Milking Machine

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Stakarts Lactomini X Cover
01 / Introduction

Brief. Shaping the Future of Milking.

A milk milking machine design is required for animals such as cows, sheep, and goats. User analysis should be conducted to address existing problems and develop suitable solutions. The design must be manufacturable with current production methods and tailored to the target audience.

This project addresses various problems encountered in the design of dairy cow milking machines and solutions to these issues. The space utilization problem has been solved by positioning the main body, vacuum pump, vacuum tank, and milk jug in a vertical arrangement. This approach reduces the machine's footprint, making it easier to transport and store.

Sketchs
Milking machine back view double handles Side frame profile with wheel Milking machine side profile handle Milking machine perspective frame sketch Vertical frame back view profile Arm mechanism with blue arrow detail Wheel base frame profile Curved bumper base cover sketch Grill panel detail sketch Vertical skeleton structure layout 3D chassis perspective view sketch Spherical casing outline sketch Perspective sketch on wheels Horizontal base frame handle sketch Canopy and tubing detailed perspective sketch Milking machine sketch from the side with milk jug Front view outline layout sketch
Biomimicry & Design Inspiration

Biomimicry. Form Inspired by Nature.

Drawing directly from the cow’s anatomy—the elegant curve of the horns, the iconic X-contour of the nose, and the muscular stance of the body—Lactomini X translates biological strength into a distinctive industrial character.

Lactomini X Biomimicry and Design Inspiration

Bulky footprint.

Bulky footprint

High physical strain.

High physical strain
Problems
Tedious sanitation

Tedious sanitation.

Cluttered accessories

Cluttered accessories.

Vertical architecture

Vertical architecture

Hygienic design

Hygienic design
Solutions
Ergonomic handling

Ergonomic handling

Integrated storage

Integrated storage

02 / Project Specifications

Case Overview & Project Info

Year

2025

Category

Industrial Design
Effective Farming Product

Role

Industrial Design
CMF & Ergonomics

Status

Registered Design
No: 2025 005868

03 / Project Guidelines

Objectives and Guidelines. Seamless Integration.

Since an oil vacuum pump is used in the project, it was necessary to place a compartment with two layers inside the outer shell. The design was made with a vertical form rather than horizontal to minimize space usage.

To allow the hot air generated by the vacuum pump to escape, air vents were incorporated into the front surface of the design. The direction of the air vents is not placed at the back to prevent discomfort to the user’s foot from the heat. Since the product is used at a slight angle, the vents are positioned on the front surface rather than the sides. To avoid issues like dirt accumulation caused by the cable being scattered, a specific area for cable storage has been identified. This area is located just below the handle, the part closest to the user.

Objectives and guidelines top cut view
04 / Sanitation Systems

Asepti Pro Unit. Absolute Hygiene.

Compared to its competitors, the Asepti Pro Unit is the first to offer a specially designed area for both the preservation and cleaning of the milking claw, setting it apart in the market.

Asepti Pro Unit Claw Cleaning and Preservation
05 / Layout Architecture

Space Occupation. Vertical Innovation.

The main body of this milking machine incorporates the vacuum pump, vacuum tank, and milk container. This main body has a base area of 40 cm x 40 cm and a height of 115 cm. It is positioned in a vertical form, which reduces the machine's footprint and makes it easier to transport.

The vacuum pump, vacuum tank, and milk container are also positioned vertically, which further reduces the machine's base area and increases its height. The vertical form facilitates the transport and storage of the machine and also allows for the height of the milk container to be adjusted.

vertical design render
06 / Ergonomic Elevation

Ergonomic Elevation. Better Working Position.

Kärcher® Lactomini X positions the milk jug 50 cm above the ground, reducing the need for bending. This design makes lifting the 30 L jug easier, reducing effort and increasing efficiency for the user.

Lactomini X in green circular leaves background
Stakarts Lactomini X Motor Shielding Render
07 / Component Shielding

Motor Shielding. Maximum Durability.

Stakarts® Lactomini X protects the milk motor from external factors, ensuring long lasting and safe operation. Its design isolates the motor from dust, dirt, moisture, temperature changes, and animal waste, improving performance and reducing maintenance needs.

As a result, the milking process becomes more efficient and hygienic, and the machine's lifespan is extended. Lactomini X offers an effective solution for protecting the milk motor, making it a safe and durable alternative for milking machines.

08 / Portability

Movement System. Ergonomic Mobility.

Stakarts® Lactomini X is equipped with a movement system designed for manual operation, featuring two geared wheels and one swivel caster, ensuring ergonomic handling.

Movement System Hand Interaction
09 / Display Screen

Display Interface. Smart Diagnostics.

This milking machine is designed for effortless control, featuring an integrated screen and handheld unit. The user friendly interface provides real time display and adjustment of key parameters like vacuum, pulsation, and milking time, enabling customized settings for each animal.

integrated screen interface and handheld control unit
10 / CMF Design

CMF System. Industrial Character.

A professional CMF palette featuring structural high-visibility yellow elements combined with industrial dark textured gray shells and brushed stainless steel containers.

main colors palette diagram
3D Interactive

Industrial Architecture. In Real-Time 3D.

Rotate, orbit, and examine the unified production model reconstructed directly from original Rhino CAD engineering surfaces.

Drag • Zoom
11 / Subsystems

Exploded Subsystems. Inner Structure.

Exploded assemblies displaying component configuration for key subsystems, including the cow pulsator and motor modules.

milking machine technical orthographics
12 / Parameters

System Operating Metrics

38.3 kPa

Current Vacuum

Minimum Maximum
Slightly below typical operation Slightly above typical operation
Pulsation Frequency Icon

Pulsation Frequency

Pulsation Frequency Range
50 ppm Lower
55 ppm Lower Medium
60 ppm Medium
62 ppm Medium
65 ppm Medium High
Description
Lower pulsation frequency, might be gentler but slower.
Slightly faster than 50 ppm, still in a gentler range.
Standard or typical pulsation frequency for many systems, considered balanced.
Balanced speed and gentleness.
Faster, but potentially more forceful; use to increase speed when calibrated.
Fonts
12 15 25 Commons Pro
LIGHT Semilig Regular SemiBold BOLD
13 / Environments

In Real Usage Environments.

Lactomini X is visualized through real-world usage scenarios in professional farm settings, presenting the product's interaction with the environment, operator, and livestock.

milking machine in the barn render
milking machine environment render
14 / Intellectual Property

Official Design Registration. TURKPATENT Certified.

Stakarts® Lactomini X is officially registered and legally protected under Industrial Property Code No. 6769 by the Turkish Patent and Trademark Office.

Registration Details
2025 005868
Registration No 2025 005868
Filing Date 10/08/2025
Registration Date 18/03/2026
Locarno Class 15-03 (Milking machines)
Status Registered
Designer & Rights Holder
Designer Mustafa Kemal Karakaya
Rights Holder Selcuk University Rectorate
Location Konya, Turkey
Verification TURKPATENT Certified
Designer & Credits
Industrial Design & CMF: Mustafa Kemal Karakaya
Studio: Stakarts Design Studio
Contribution: User research, 3D CAD modeling, CMF development and realistic agricultural environment visualization

Thank you.

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