Stonehenge Scale Model - 1:10 to 1:2000 - Make your Own Custom Product in MOQ1 (Design, Size, Material) & 3D Printed On-Demand

$5.00 - $500.00
Min. Order
1 Unit
GET LATEST PRICE ON APP
Company Information

Agence Marketing 3D Universalis s.e.n.c.

CA Manufacturer, Agent
Response Time
---
Response Rate:
---
Transactions
---
1 Year Paid Supplier Gold Supplier
Learn More

Quick Details

Payment Terms: L/C,Western Union,Paypal
Supply Ability: 5000 Unit/Units per Week
Place of Origin: California United States
Material: ABS Plastic
Application: Architectural Model Layout
Product name: Architectural Scale Model
Scale: 1/50.1/100.1/200.1/500
Model type: City Planning Model
Size: 1/50.1/100.1/200.1/500.1/1000
Delivery time: 15-25 Days
Scale size: 1/50. 1/100. 1/200. 1/500. 1/1000
Feature: Green Material
Usage: Displaying
Packaging Detail: Every order has a protective packaging, usually foam peanuts. They serve as a filler to protect fragile items and they create a cushioning effect.
Product Description
Why us

Why choose us? Our international network of 3D printing specialist allows us to ship and Deliver Duty Paid (DDP) with unparalleled lead times and shipping times that both range in a couple of days only. 3D printing technology also gives extreme flexibility in terms of production volume, product characteristics and material. Unlike our competitors, we offer our services and products at low prices regardless of the size of your orders. We can create your prototypes in few days as well as your retail products. Our quotes include all costs and are DDP (Delivered Duty Paid) with no hidden or after production expenses.

Our Service

3DUniversalis serves the growing need for custom large scale business orders. From retail goods to industrial parts, we can produce for wholesale as well as unique items. Using our network of 3D printing facilities, we can ship internationally in record time with production methods more efficient than cnc machining or injection molding. Our multipurpose capabilities gives you scalability in your manufacturing needs and insure that your products are tailor made.

Cost reduction

The main advantage of 3D printing technologies is the reduction in the cost of low and medium volumes compared to other manufacturing methods. Savings come from the reduction in high machining costs, manpower, and tailored production.

Lead Time

Lead time on production can take a couple of days at most for low to medium volume orders and one to two weeks for orders ranging in the thousands of units. We can also produce a complex design in a few hours to provide samples or prototypes quickly if required.

Complexity

With 3D printing technologies, geometrically complex designs are now easier and faster to produce than with other traditional means of manufacturing. It allows total designer freedom and enables efficient production of very complex designs.

Customization

We can customize your product at any stage of the designing or production process. Flexible at every step, 3D printing allows scaling, material choice, design customizability and many other options to give one of the most custom productions there is. 

The steps
1: To Start
Provide us with your CAD file, your technical documentation or your ideas.
2: Material Selection
If the manufacturing material is not predetermined, our charts and expertise may help you make your choice.
3: Quotes and Prices
Divided between material costs and services, our FOB quotes will give you a complete account of the overall costs of production. 
4:Packaging and Shipping
All our products are DDP and no additional costs exist beyond our final quote. We package and ship our products with the utmost care to assure fast and flawless product arrival at your doorstep.
5: Advantages
Cost for low and medium volume orders are greatly superior to other manufacturing methods. Extremely short lead times. Easily capable of producing complex structures with no additional costs. Unparalleled flexibility of production, design and customizability.   
To Start

In order to present an accurate quote, providing us with a CAD file (.stl preferably) of your product is recommended. If no such files are available, providing us with other technical documentation, details and/or blueprints about the intended product will usually suffice. If you do not have these technical details, we can assist in their creation.

Our services also include easy customization of your intended production. We can aid and advise if needed on optimization of designs or production choices. Feel free to reach out to discuss possibilities and projects at any stage of development.

Material selection

Depending on the part functionality and intended uses, a wide selection of materials available, all with their specific strengths and weaknesses and their associated technologies. If material selection is not yet achieved for your product, you can either check the following charts or contact us directly to help you make the right choice. Here is an extensive list of possible materials :

FDM

MATERIAL
PROS
CONS
PLA
Good layer adhesion / visual quality
Good UV resistance
Biosource / biodegradable
Low impact resistance
Low heat resistance
Low humidity resistance
ABS
High heat resistance
High durability
Excellent processability and appearance
Easy post-processed
Good abrasion resistance

Low chemical resistance
Low continuous service temperature
Low dielectric strength
Poor weatherability
Poor solvent resistance
UV sensitive

PET
Good chemical resistance
Low gas permeability
Shatter-resistant
High resistance
Good abrasion resistance
Easy post process
Foodsafe

Lower impact strength
Attacked by alkalis and strong bases
Heavier than PLA and ABS

NYLON
High strength
Good impact resistance
Good elongation at break
High Abrasion resistance
Great resist to chemicals

Absorbs moisture
TPU
High elongation at break
High impact resistance
Good abrasion resistance
Good resistance to oil and grease

Difficult to post process
Difficult to glue

PC
Can be sterilized
Easy to post-process
High heat resistance
High stress resistance

UV sensitive

SLA

MATERIAL
PROS
CONS
STANDARD RESINS
Fine features & high detail
Most economic

Brittle
Low impact strength
Low heat deflection temperature

CLEAR RESIN
Fine features & high detail
Transparent

Brittle
The optical clarity may change over time, as the part is exposed to UV radiation

ENGINEERING RESINS (ABS-LIKE)
High stiffness
Excellent resistance to cyclic loads

Not suitable for parts with thin walls
Low heat deflection temperature
Relatively brittle

DURABLE RESIN (PP-LIKE)
High wear resistance
Flexible
High impact resistance

Not suitable for parts with thin walls
Low heat deflection temperature
Low tensile strength (lower than Tough resin)

HEAT RESISTANT RESIN
High heat deflection temperature
Smooth surface finish
Brittle
Not suitable for parts with thin walls
RUBBER-LIKE RESIN
High flexibility (high elongation at break)
Low hardness (simulates an 80A durometer rubber)
High impact resistance

Lacks the properties of true rubber
The material properties degrade over time, as the part is exposed to UV radiation
Not suitable for parts with thin walls

CERAMIC FILLED RESIN
High stiffness
Suitable for parts with fine features
Moderate heat resistance

Brittle
Low impact strength

SLS

MATERIAL
CHARACTERISTICS
NYLON 12 (STANDARD)
High strength 
Impact resistant 
All-around great mechanical properties 
Chemical resistance
CARBON FILLED NYLON
Fiber reinforced
Improved thermal resistance
Higher stiffness
GLASS FILLED NYLON
Fiber reinforced
Improved thermal resistance
Higher stiffness
Improved abrasion resistance
MINERAL FILLED NYLON
Mineral reinforced
Improved thermal stability
Higher stiffness
High density
ALUMINIUM FILLED NYLON
Metallic appearance
Improved stiffness
Great mechanical properties
NYLON 11
Higher impact resistance
More flexible
Lower hardness
FLAME RETARDANT NYLON
PA certified for consumer and aviation
Great mechanical properties
Flame retardant

POLYJET

MATERIAL
CHARACTERISTICS
STATIC-DISSIPATIVE ABS
High heat resistance
High durability
Excellent processability and appearance
Easily post-processed
Good abrasion resistance
NYLON 12
High strength
Good impact resistance
Good elongation at break
High Abrasion Resistance
Great resistance to chemicals
MED610
Biocompatible
Transparent
ASA
UV resistance
High durability
High strength
TPU
High elongation at break
High flexibility
High tensile strength
RGD720
High dimensional stability
Transparent
High surface smoothness
TANGO
Rubber-like
High elongation at break
High flexibility
High tensile strength
High impact resistance
ULTEM 1010 RESIN
High tensile strength
Excellent chemical
Excellent thermal resistance
Biocompatible
Food grade

SLM

MATERIAL
THERMAL CONDUCTIVITY
MELTING POINT
THERMAL EXPANSION COEFFICIENT
DENSITY
ALUMINUM
130 W/mK to 190 W/mK
570-590 °C
20 10-6 K-1 to 21 10-6 K
2.68 g/cm³
STAINLESS STEEL 304
14.4 W/mK at 20 °C;
16.2 W/mK at 100 °C;
21.4 W/mK at 500 °C
1371-1399 °C
17.3 10-6 K-
8 g/cm³
MARAGING STEEL
14.2 W/mK at 20 °C;
21.0 W/mK at 600 °C;
28.6 W/mK at 1300 °C
1413 °C
10.3 10-6 K-1
8.1 g/cm³
TITANIUM
6 W/mK to 8 W/mK
1635-1665 °C
8 × 10-6 K-1 to 9 × 10-6 K
4.42 g/cm³
Quotes and Prices

Our prices, as standard in the industry, are mainly dependent on the volumetric material requirement and on the technology used. Ranging from cheap polymers to superalloys, prices can also range from a couple of ¢ per gram or cm³ to multiple dollars. Affecting the pricing similarly, the selection of the 3D printing technology influences both the resulting product and quote. Necessarily, better or specialized technologies will contribute to rising prices.

Other services may be independently quoted such as consulting services and file manipulation or creation. All orders are DDP (Delivered Duty Paid) and shipping costs are included in quotes.

Packing & Delivery

We offer DDP (delivery duty paid) at your address and all fees will be included in the quote initial transaction. Every order has a protective packaging, usually foam peanuts. They serve as a filler to protect fragile items and they create a cushioning effect.

;