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WHAT IS
Projection Printing
(Figure 4)
Projection 3D printing, a cutting-edge additive manufacturing method, immerses you in the realm of precision engineering. Here, light meticulously crafts intricate designs, layer by layer, setting the stage for groundbreaking innovation. This technology, known for its remarkable precision and rapid prototyping capabilities, is driving transformative advancements across industries.
Projection Printing (Figure 4) capabilities
-
Maximum Build Volume (WxDxH):
330 x 240 x 240 mm - Minimum Recommended Wall Thickness: Guaranteeing structural integrity, we recommend a minimum wall thickness of 1 mm, offering resilience without compromise.
- Dimensional Accuracy: ±0.25%, coupled with a minimum deviation of ±0.25 mm.
- Layer Height: Ranging from 20 to 50 microns
- Minimum Feature Size: 0.5 mm
MATERIALS
Projection Printing Materials
Explore our range of versatile Projection Printing Materials printing materials:
PRO-BLK 10
Redefining additive manufacturing, it enables a seamless transition from CAD to the manufacturing line in just one day. Exceptional throughput, precision resin molding, and environmental stability set new standards.
Rigid White
Designed for production-grade applications, it ensures a lasting white color and is suitable for medical, consumer goods, and industrial uses, including biocompatibility and smooth finishes.
Tough 60C White
Versatile and biocompatible, with robust impact strength and endurance. Ideal for high mechanical load-bearing medical parts.
Rigid Gray
A gray material mirroring injection molding's surface finish. Suited for intricate details, it combines environmental stability with remarkable feature definition.
Rubber-65A BLK
Engineered for rubber parts, meeting industry standards for reliability in specialized applications.
Flex-BLK 20
Durable, flexible, and fatigue-resistant. Perfect for functional prototypes, enclosures, assemblies, and short-run production parts.
High Temp 150°C FR Black
Flame-retardant, meeting stringent ratings, and remaining stable at high temperatures. Recommended for consumer, transportation, and aerospace applications.
Figure 4 Tough Clear: Delivering mechanical stability with high light transmission, achieving full transparency through post-processing.
Tough 65C Black
Balancing impact strength, elongation, and tensile strength for versatile production-grade capability, ideal for load-bearing parts and fixtures.
OPTIONS
Surface Finish Options
Explore our array of surface finish options to add both beauty and durability to your sheet metal creations.
Sanding
Choose from dry sanding for polished surfaces or wet sanding for a flawless, scratch-free finish.
Painting
Choose between Matt and Glossy finishes for a smooth, attractive surface.
SERVICES
Customization offerings
Customization offerings allow products to be tailored to specific customer preferences or requirements, enhancing personalization and functionality.
UV Printing
Mech Power’s UV printing service enhances your products by offering high-quality, durable prints on various surfaces.
Whether it’s logos, features, product information, or custom designs, our UV printing ensures vibrant colors and sharp details that withstand wear and tear, elevating the overall appearance and branding of your enclosures.
INSTANT QUOTE
PowerVis
PowerVis is a next gen tool to get quick and hassle-free quotes for your designs. Explore your design in 3D for a detailed, interactive experience.
FROM QUOTE TO INSTALLATION
Ordering Process
Receive Instant Quote
Configure part specifications and get an immediate quote.
Engineering Review
Our engineers will review the design for manufacturability.
Manufacturing
/Confirm Order
We ensure parts are made to meet our high-quality standards.
Payment & Delivery Scheduling
Confirm payment, and we’ll schedule delivery at your convenience.
PROCESS
Projection Printing's (Figure 4)
‘Application Versatility’
Auto & Aerospace
Precision parts for automotive and aerospace.
Electronics
Improved electronic enclosures.
Prototypes
Transform ideas into prototypes and low-volume parts.
GUIDE
Projection Printing Material
Comparison Guide
Materials
Key Features
Applications
Characteristics
PRO-BLK 10
Rapid transition from CAD to manufacturing line in a day. High throughput with smooth surfaces and mechanical properties.
Functional prototypes, production-grade parts.
Precision molding, exceptional mechanical properties.
Rigid White
Enduring environmental stability, clean white color. Suitable for medical, consumer, and industrial applications.
Medical devices, consumer goods, industrial components.
Lasting color, biocompatibility, smooth surface finish.
Tough 60C White
Biocompatible, impact-resistant, and maintains white color. Ideal for high mechanical load-bearing medical parts.
Medical components, prototypes requiring durability.
Injection-molded-like quality, superior strength.
Rigid Gray
Injection molding-like surface finish, high-contrast gray. Well-suited for intricate detailing and painting.
Consumer products, precision components with textures.
High feature definition, suitable for painting.
Rubber-65A BLK
Specially formulated for rubber parts' performance and properties. Ideal for applications requiring rubber-like traits.
Rubber components, applications demanding flexibility.
Reliable rubber-like attributes, mechanical stability.
High Temp 150°C FR
Flame-retardant black material with high-temperature stability. Recommended for aerospace, transportation.
Aerospace components, high-temperature applications.
UL94 VO rating, high-temp stability, flame resistance.
Figure 4 Tough Clear
Combines mechanical stability and light transmission. Achieves full transparency through post-processing.
Functional prototypes, transparent end-use parts.
High light transmission, transparent after processing.
Tough 65C Black
Versatile production-grade black material with exceptional strength. Suitable for mechanical load-bearing parts.
Production-grade parts, load-bearing components.
Enduring strength, mechanical stability.
SERVICES
Mech Power's Projection Printing (Figure 4)
19" Rack Mount Enclosure
Mech Flexi Rack
Starting from $1,415.00
19" Rack Mount Enclosure
Mech Flexi Rack
Starting from $1,415.00
19" Rack Mount Enclosure
Mech Flexi Rack
Starting from $1,415.00
19" Rack Mount Enclosure
Mech Flexi Rack
Starting from $1,415.00
19" Rack Mount Enclosure
Mech Flexi Rack
Starting from $1,415.00
19" Rack Mount Enclosure
Mech Flexi Rack
Starting from $1,415.00
19" Rack Mount Enclosure
Mech Flexi Rack
Starting from $1,415.00
19" Rack Mount Enclosure
Mech Flexi Rack
Starting from $1,415.00
19" Rack Mount Enclosure
Mech Flexi Rack
Starting from $1,415.00
19" Rack Mount Enclosure
Mech Flexi Rack
Starting from $1,415.00
19" Rack Mount Enclosure
Mech Flexi Rack
Starting from $1,415.00
19" Rack Mount Enclosure
Mech Flexi Rack
Starting from $1,415.00
UNMATCHED SOLUTIONS
Why choose MechPower
for Projection Printing (Figure 4)?
Fast Turnaround
No Minimum Order Quantity
Material Variety
CONTACT US
Interested in our
Projection Printing
Service?
Share your contact details, and our dedicated team will be in touch shortly to discuss your requirements further.
FAQS
Frequently Asked Questions
How is Projection Printing different from other 3D printing methods?
Unlike FDM, Projection Printing cures an entire layer of resin simultaneously using a projected light source. This results in faster printing times and highly detailed, smooth prints.
Can Projection Printing be used for large parts?
While Projection Printing excels at creating small to medium-sized parts, the build volume is generally limited compared to FDM or SLA. For larger parts, other technologies might be more suitable.
Does Projection Printing require post-processing?
Yes, parts printed with Projection Printing usually require post-curing under UV light to achieve optimal strength and stability. Additionally, supports need to be removed, and surfaces may require minor finishing.
Is Projection Printing cost-effective for my project?
Projection Printing is cost-effective for projects requiring high precision and intricate details. However, the cost can vary based on material choice, part complexity, and post-processing needs.