SLA 3D Printer H360




  • 1000*1000*1000mm
  • Fully enclosed
  • Hot bed&hot chamber
  • Reliable 24/7
  • High resolution&speed
  • Camera control technology


"Better quality than the German-made, much cheaper than Europe-price" -- Roland Teo, CEO of Props factory Ltd.

SLA 3D Printer RP-800

Technical Parameter


physical dimension
equipment weight
equipment power

RP800 1570*1450*2190mm 1460KG 350W

laser system

Number of lasers
laser type
Laser wavelength
Laser power

1 Diode Pumped Solid State LasersND:YVO4 354.7nm 3W

optical scanning system

Spot diameter
scan form
Part scanning speed
Part Jumping Speed
reference production speed

High-speed galvanometer scanning system
Recommend 6m/s
Recommend 10m/s

Spreading system

Coating method
normal layer thickness
Rapid part layer thickness
Precise production layer thickness
Feature making layer thickness

Precise positioning - vacuum adsorption

Resin tank

Resin Tank Volume
Maximum molding size


Lifting system

Basic Platform
Maximum production part weight

Cast Datum Mesa

Industrial Parts

SLA 3D printing technology has a wide range of applications for industrial parts, mainly because of its precision, ability to manufacture complex shapes, and wide range of available materials. Here are some major applications:

Prototype manufacturing, complex parts manufacturing, custom parts manufacturing, tool and fixture manufacturing, spare parts manufacturing, mold making and other fields

Prototype model

SLA (Stereolithography) 3D printing is one of the ideal choices for making prototypes (that is, prototypes or models). The specific applications are as follows: design verification, functional testing, appearance models, mold making, medical models, etc.

Casting model (precision parts)

SLA 3D printing technology has a variety of applications in the field of casting, especially in the manufacture of molds and samples of complex shapes has significant advantages. Such as solid model, sub-model, core type, burning mold, mold and so on.

Construction industry model

SLA (Stereolithography) 3D printing technology has many applications in architectural decoration, because it can create complex shapes, produce fine details, and print high-precision models. Some of the main applications and processes are as follows:

Trim pieces and trim details, custom furniture, reproductions of artwork or antiques, architectural models, personalized decorations, floor and wall designs and more.

Electronic model

Consumer electronics: devices such as mobile phones, tablets, laptops, stereos, smart watches, etc.

Home appliances: such as TV, refrigerator, air conditioner, washing machine, water heater, etc.

Industrial electronic equipment: such as industrial control systems, sensors, actuators, etc.

Automotive electronic equipment: such as in-vehicle infotainment systems, navigation systems, driver assistance systems, etc.

Medical electronic equipment: such as medical imaging equipment, surgical robots, wearable medical equipment, etc.

Auto Parts

The application of SLA (Stereolithography) 3D printing technology in the manufacture of auto parts has become more and more extensive. The specific applications and processes are as follows:

Prototyping, complex component fabrication, custom part fabrication, tool, jig and fixture fabrication, spare part fabrication, automotive modelling, and more.

For example: cylinder heads, crankcases, lamp housings, aerodynamic models, interior parts, exterior accessories, fuel system components, etc.

Transparent parts

SLA (Stereolithography) 3D printing technology is ideal for creating transparent parts because SLA printers are able to use transparent resins to print items with high resolution and rich details. Here are some major applications:

Optical components, prototyping (cups, lamp shades, glasses, face shields, etc.), fluid dynamic models (such as pipes, water turbines, wind tunnels, etc.), medical and biological models, art and decorations, etc.

precise positioning

Custom designed light processing unit, 25 micron XY resolution, 1000 mW laser power A custom-designed light processing unit (LPU) inside the printer employs a compact lens and galvo system to deliver accurate, repeatable prints

Support a variety of consumables

1: toughened white resin The surface is smooth, the strength of the material is good, and the physical properties are close to ABS. The material is suitable for buckle assembly and can be tapped. The surface can be painted and silk screen electroplating. 2: high temperature resistant resin The surface is smooth, the color is light green, and it has certain toughness. The temperature resistance is 70 degrees Celsius. If you need to withstand a higher temperature, you can ask for heat treatment. The temperature resistance can reach 90 degrees Celsius. 3: Transparent resin Smooth surface, good dimensional stability, not easy to deform, unpolished and sprayed with oil, translucent, polished and fully transparent after sprayed, suitable for transparent parts and castings

Maximum print size


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