Custom Stainless Steel Commemorative Sculpture for Ekofluid s.r.o. in Slovakia
A large custom commemorative sculpture is more than a decorative object. It represents a company’s identity, industrial values, and long-term achievements through a distinctive physical design.
MC ART AWARDS manufactured a 1.4-meter-tall custom commemorative sculpture for Ekofluid s.r.o., a European company based in Slovakia. The sculpture features a large stainless steel gear surrounding three golden mountain-shaped elements, combining industrial symbolism with artistic design.
To achieve the required appearance while maintaining structural stability, the project used a stainless steel gear structure, 3D-printed resin mountains, and an MDF base. The overall sculpture weighs approximately 25.4 kg, providing a suitable balance between structural strength, overall dimensions, and transportation requirements.
The completed sculpture was carefully packaged and transported from China to Europe by rail.
1. Project Overview: A Custom Industrial Sculpture for a European Company
1.1 Understanding the Client’s Design Concept
The central design concept combines two visual elements: an industrial gear and three golden mountain peaks.
The gear represents engineering, machinery, precision, and industrial development. The three mountain-shaped elements create a contrasting visual focus, symbolizing strength, progress, and achievement.
The client’s company name, EKOfLUID, is displayed prominently on the lower section of the gear, making the sculpture a recognizable corporate commemorative piece.
Rather than producing a conventional trophy, the project required a large-scale sculpture that could function as a distinctive display centerpiece.
1.2 Main Product Specifications
The sculpture was manufactured according to the client’s design and dimensional requirements.
| Specification | Details |
|---|---|
| Product Type | Custom Industrial Commemorative Sculpture |
| Client | Ekofluid s.r.o. |
| Client Location | Slovakia, Europe |
| Overall Height | Approximately 140 cm |
| Gear Outer Diameter | 89 cm |
| Inner Opening Diameter | 55.2 cm |
| Gear Thickness | 8 cm |
| Main Gear Material | Stainless Steel |
| Mountain Elements | 3D-Printed Resin |
| Base Material | MDF |
| Overall Weight | Approximately 25.4 kg |
| Transportation | Rail Freight to Europe |
The dimensions and weight were carefully considered during production to ensure that the sculpture maintained its intended proportions without becoming unnecessarily heavy.
2. Material Selection: Combining Stainless Steel, 3D-Printed Resin, and MDF
2.1 Stainless Steel Gear Structure
The gear is the main structural and visual element of the sculpture.
Stainless steel was selected for its strength, durability, and ability to achieve a clean metallic appearance. Its silver finish creates a strong industrial aesthetic that complements the company’s engineering-related identity.
The large gear was designed with an open center rather than a solid metal structure.
This hollow design helps reduce unnecessary material usage and overall weight while preserving the recognizable gear shape.
For large custom metal sculptures, material selection should consider more than appearance. Structural stability, fabrication requirements, weight distribution, and transportation conditions must also be evaluated.
2.2 3D-Printed Resin Mountain Elements
Inside the stainless steel gear are three mountain-shaped elements manufactured using resin 3D printing.
The tallest mountain is positioned in the center, with two smaller peaks arranged on either side. This creates a balanced composition with a clear visual hierarchy.
The golden-yellow finish provides a striking contrast against the silver stainless steel frame.
Using 3D printing for these elements offers several advantages:
Complex geometry: Sharp peaks and irregular mountain contours can be produced with greater design flexibility.
Design accuracy: The three elements can follow the proportions of the original digital design.
Weight control: Resin components avoid the additional weight associated with manufacturing the entire sculpture from solid metal.
Visual customization: Different colors, shapes, and surface finishes can be incorporated into the design.
The combination of metal and resin allows the sculpture to achieve an appearance that would be more complicated and expensive to produce using a single material.
2.3 MDF Display Base
The sculpture is supported by a black MDF base.
The base provides a stable display platform and creates a visual separation between the main sculpture and the floor.
For large commemorative sculptures, the base is an important part of the overall engineering design. Its dimensions, weight distribution, connection points, and internal support requirements should be considered together.
The base was designed to complement the silver and gold elements without distracting attention from the main artwork.
3. Structural Engineering: How to Make a 1.4-Meter Sculpture Stable Without Excessive Weight
3.1 Why a Hollow Structure Was Necessary
One of the main manufacturing challenges was the overall size of the sculpture.
With a height of approximately 140 cm and a gear diameter of 89 cm, producing the entire structure as a solid metal object would result in unnecessary weight and increased material consumption.
It could also make packaging, handling, and international transportation more difficult.
To address these challenges, the sculpture adopted an overall hollow structural design.
The large gear frame was designed to avoid unnecessary solid material, while internal reinforcement was incorporated to improve structural stability.
This approach helped maintain the intended visual proportions while controlling the total weight.
3.2 Internal Reinforcement for Structural Stability
A hollow design does not mean compromising structural strength.
For a large custom sculpture, the internal structure must provide sufficient support for the external components.
During production, reinforcement was incorporated into the internal construction to help the sculpture maintain its shape and stability.
Important considerations included:
Supporting the large gear frame.
Maintaining the alignment of the central decorative elements.
Distributing the weight across the supporting structure.
Strengthening key connection areas.
Ensuring a stable connection between the sculpture and its base.
The final sculpture weighs approximately 25.4 kg.
This weight was selected to suit the overall dimensions and design rather than simply making the product as light as possible.
A successful large-scale sculpture should achieve a practical balance between weight, structural integrity, appearance, and ease of handling.
3.3 Balancing Dimensions, Weight, and Transportation
The relationship between size and weight is especially important for custom sculptures intended for international delivery.
An oversized sculpture may create additional challenges during packaging, loading, unloading, and transportation.
By combining stainless steel, resin 3D printing, hollow construction, and internal reinforcement, this project achieved the required visual scale without creating an unnecessarily heavy product.
This manufacturing approach is suitable for many large corporate sculptures, industrial commemorative displays, and customized architectural-style awards.
4. Manufacturing Process: From Digital Design to a Finished Sculpture
4.1 Design and Structural Planning
Before production, the design dimensions and overall proportions must be reviewed.
For this project, the key measurements included the 89 cm gear diameter, 55.2 cm inner opening, 8 cm gear thickness, and 140 cm overall height.
These measurements provided the foundation for material planning and structural construction.
4.2 Metal Fabrication
The stainless steel gear was manufactured according to the specified shape and dimensions.
The open-center construction reduced unnecessary material while retaining the distinctive industrial gear appearance.
Attention was given to the overall geometry, component alignment, and supporting structure.
4.3 Resin 3D Printing and Surface Finishing
The three mountain elements were produced using resin 3D printing.
Their different heights and pointed profiles create a three-dimensional composition inside the gear.
The golden-yellow finish was applied to establish a clear contrast with the silver metal structure.
4.4 Assembly and Quality Inspection
After the individual components were prepared, the main sculpture, decorative elements, supporting structure, and base were assembled.
The finished product was checked for overall appearance, component positioning, structural stability, and assembly quality.
For large customized sculptures, final inspection should consider the entire product rather than evaluating each component separately.
5. International Delivery: Shipping a Large Custom Sculpture from China to Europe
5.1 Preparing the Sculpture for International Transportation
Large custom sculptures require more careful packaging than conventional trophies and medals.
Their dimensions, protruding components, material combinations, and weight distribution must all be considered before shipment.
For the Ekofluid project, the completed sculpture was prepared for international transportation from China to Slovakia.
5.2 Rail Freight to Europe
The sculpture was transported to Europe via rail freight.
Rail transportation provided a suitable international shipping solution for this project, connecting the manufacturing location in China with the European destination.
For oversized or customized products, choosing the transportation method should take into account the product dimensions, packaging requirements, delivery schedule, and destination.
MC ART AWARDS helps customers consider manufacturing and logistics requirements together, rather than treating transportation as a separate issue after production.
6. Why Choose MC ART AWARDS for Custom Metal Sculptures?
6.1 Direct Manufacturing Experience
MC ART AWARDS is a custom awards and commemorative products manufacturer based in Shenzhen, China, with over 20 years of industry experience.
Our manufacturing capabilities cover customized trophies, medals, badges, commemorative coins, metal crafts, crystal crafts, and large-scale commemorative sculptures.
We work with different materials and manufacturing methods to meet individual project requirements.
6.2 Multiple Materials and Manufacturing Solutions
Different projects require different materials.
Depending on the design, application, and budget, we can explore combinations of:
Stainless steel and other metal materials.
Aluminum alloy and zinc alloy.
Resin and 3D-printed components.
Acrylic and crystal.
Wood and MDF.
Glass and other decorative materials.
Combining materials can help achieve more creative designs while balancing appearance, production feasibility, and overall weight.
6.3 From Custom Design to International Delivery
We understand that B2B customers need more than a supplier who can simply manufacture an existing drawing.
A reliable manufacturing partner should also understand product structure, material selection, production feasibility, packaging, and international delivery.
MC ART AWARDS provides one-to-one project communication, free design support, and customized manufacturing solutions.
Our standard custom trophy production cycle is generally 3–7 working days, depending on the product’s complexity and specifications. Large sculptures and special engineering projects require individual production schedules.
Planning a large custom sculpture, corporate commemorative piece, or industrial display? Find MC ART AWARDS and discuss your project directly with our manufacturing team.
We can help turn your concept, drawing, or reference image into a practical customized product.
