LCD-L298 Commercial Elastomer Additive Manufacturing System

Elastomer 3D Printing Solution

Hanin provides a complete elastomer 3D printing solution for footwear, sports protective gear, medical support devices, consumer electronics, industrial flexible fixtures, and soft robotic components.

Equipment + Materials + Printing Services Sample Validation & Small-Batch Production
汉印elastomer-3d-printing-solutionLCD-298

LCD-L298 Elastomer 3D Printing Solution

Built around the LCD-L298 elastomer 3D printer, Hanin integrates dual-cure polyurethane elastomer resin, printing parameters, post-processing, and dyeing workflows to support 3D printed footwear, shoe soles, elastomer slippers, sports protective gear, cushioning components for consumer electronics, flexible fixtures, and soft robotic parts.

LCD Selective-area light transmission
8K 6480 × 3600 LCD resolution
46 μm XY precision
405 nm Light source wavelength
Dedicated for Elastomer Printing High-Intensity Optical System End-to-End Workflow Support Intelligent IoT-Enabled Platform

LCD-L298 Elastomer 3D Printer Specifications

A commercial elastomer 3D printer designed for elastomer material printing, flexible structure validation, and small-batch production.

Printer Specifications

Printing Technology LCD selective-area light transmission
Light Source COB light source + Fresnel lens
Wavelength 405 nm
Layer Thickness 0.01–0.3 mm
XY Precision 46 μm
LCD Resolution 6480 × 3600 (8K)
Build Volume 294 × 160 × 400 mm
Printing Speed 20–80 mm/h

System Configuration

Touchscreen 13.3 inches
Printer Size 502 × 458 × 890 mm
Weight Approx. 45 kg
Motherboard Embedded industrial motherboard
Operating System Android 10
Power Supply AC 220 V
Power Consumption 700 W
Supported File Format STL

Dual-Cure Polyurethane Elastomer Resin System

For elastomer 3D printing material selection, Hanin offers flexible resin options with different hardness and mechanical properties for footwear, protective gear, cushions, flexible fixtures, and cushioning components for consumer electronics.

DE-60A

High-Rebound Type

Suitable for soft-touch applications that require high elongation and elastic cushioning.

Low viscosity High rebound High elongation
Shore Hardness: 60A Tensile Strength: 13 MPa Elongation at Break: 590%
DE-70A

Balanced Performance Type

Balances flexibility and support for most elastomer 3D printing product validation needs.

Low viscosity Balanced mechanics
Shore Hardness: 70A Tensile Strength: 14 MPa Elongation at Break: 300%
DE-75A

Structural Support Type

Suitable for 3D printed shoe midsoles, orthotic supports, and functional elastomer parts.

Low viscosity Supportive feel
Shore Hardness: 75A Tensile Strength: 17 MPa Elongation at Break: 350%
DE-80A

High-Strength Type

Designed for 3D printed elastomer parts that require higher strength and hardness.

Low viscosity High tensile strength Higher hardness
Shore Hardness: 80A Tensile Strength: 25 MPa Elastic Modulus: 30 MPa

Elastomer 3D Printing Applications

From 3D printed footwear and shoe soles to industrial flexible fixtures, cushioning components for consumer electronics, and soft robotic parts, elastomer 3D printing is expanding into more functional product development and small-batch manufacturing scenarios.

Footwear & Sports Products

  • 3D printed footwear
  • Elastomer slippers
  • 3D printed shoe soles
  • Sports protective gear

Medical Support Devices

  • Rehabilitation supports
  • Training and rehabilitation grips
  • Orthotic supports
  • Custom support pads

Consumer Electronics

  • VR headset cushions
  • Smartwatch straps
  • Hi-Fi headphone cushions
  • Flexible cushioning components

Industrial Applications

  • Flexible fixtures
  • Automotive inspection jigs
  • Custom sealing gaskets
  • Shock-absorbing parts

Robotics & Drones

  • Soft robotic parts
  • Dynamic bionic robotic hands
  • Lightweight drone structures
  • Flexible simulation components

Integrated Material, Printing, and Post-Processing Capabilities

Elastomer 3D printing products depend not only on printing, but also on material matching, structural stability, surface quality, and finishing results. Hanin provides integrated process support from elastomer material selection to printing, cleaning, sanding, dyeing, and final sample validation.

Material Matching Select elastomer 3D printing materials based on hardness, rebound, and application requirements.
Lattice Structures Support porous elastomer lattice structures for shoe soles, protective gear, cushions, and shock absorption.
Color Dyeing Support dyed elastomer parts, gradient colors, and customized product appearance.
Sample Validation Help validate structure, hand feel, surface finish, and application performance before production.
post-processing and dyeing for 3D printed elastomer samples

Real 3D Printed Elastomer Samples

3D printed footwear parts, elastomer slippers, flexible parts, lattice structures, and dyed elastomer samples.

Buy Equipment, Use Printing Services, or Co-Develop

Whether you want to purchase an elastomer 3D printer, get custom elastomer 3D printing services, or develop 3D printed footwear, medical support devices, consumer electronics cushioning parts, flexible fixtures, or soft robotic parts, you can start with sample testing.

Buy Equipment

For 3D printing service providers, footwear manufacturers, sports product factories, industrial workshops, and technology startups looking to build elastomer 3D printing capacity.

Get Printer Quote

Use Printing Services

For brands, designers, and small-batch customers who want to validate structure, material, hand feel, appearance, and application performance before investing in equipment.

Request Sample Testing

Co-Develop Products

For customers with clear application goals, Hanin can support the development of 3D printed footwear, elastomer slippers, rehabilitation supports, consumer electronics cushioning parts, and soft robotic parts.

Discuss Cooperation

Elastomer 3D Printing FAQ

Common questions about elastomer 3D printing, elastomer 3D printers, materials, sample testing, and production applications.

What is elastomer 3D printing?

Elastomer 3D printing is used to produce flexible, rubber-like parts with elastic performance. It is suitable for 3D printed footwear, shoe soles, elastomer slippers, cushioning components, flexible fixtures, rehabilitation supports, and soft robotic parts.

Can you 3D print rubber-like flexible parts?

Yes. With suitable elastomer 3D printing materials such as dual-cure polyurethane elastomer resin, rubber-like flexible parts can be printed for sample testing, functional prototyping, and small-batch production.

Is the LCD-L298 an elastomer 3D printer or a regular 3D printer?

The LCD-L298 is a commercial elastomer 3D printer designed for elastomer material printing, flexible resin 3D printing, sample validation, and small-batch production. It is not positioned as a general desktop FDM flexible filament printer.

What elastomer 3D printing materials are available?

Hanin offers dual-cure polyurethane elastomer resin options such as DE-60A, DE-70A, DE-75A, and DE-80A. Material selection can be based on Shore hardness, rebound, tensile strength, elongation at break, and application requirements.

Do you provide elastomer 3D printing services and sample testing?

Yes. You can submit your product requirements, 3D model, or target sample. Hanin can provide elastomer 3D printing services, sample testing, material selection suggestions, process support, and equipment configuration recommendations.

Start Your Elastomer 3D Printing Project

Tell us what elastomer 3D printing product you want to develop, including hardness, hand feel, application requirements, and target samples. Hanin can provide LCD-L298 equipment quotes, sample testing, elastomer material selection, and process recommendations.

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