How does a dual-precision light-curing 3D printing system solve the challenges of cross-scale manufacturing?-BMF Precision Tech Inc.

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microArch^® D0210

Photosensitive resin

Printing material

2μm & 10μm

Optical resolution

100 mm(L)×100mm(W)×50mm(H)

Maximum build size

Features

Dual precision

Dual precision

High precision DLP 3D printing technology
Intelligent

Intelligent

Intelligently identify tine features and automatically switching resolution between laver and within layer
Laser ranging

Laser ranging

Easy to do levelling of the printing platform and membrane
High precision

High precision

Repeatability accuracy of XY axis: ±0.5um
Automation

Automation

Automatic leveling system, automated leveling parameters
High efficiency

High efficiency

Equipped with a heating resin tank to comprehensively improve operational efficiency

Dual precision

High precision DLP 3D printing technology

Intelligent

Intelligently identify tine features and automatically switching resolution between laver and within layer

Laser ranging

Easy to do levelling of the printing platform and membrane

High precision

Repeatability accuracy of XY axis: ±0.5um

Automation

Automatic leveling system, automated leveling parameters

High efficiency

Equipped with a heating resin tank to comprehensively improve operational efficiency

Specifications

Light source

UV LED(405nm)
Printing material

Photosensitive resin
Optical resolution

2μm & 10μm
Layer thickness

5~40μm
Build size

Mode 1: Single-projector mode-2μm: 5.432mm(L)×3.2mm(W)×50mm(H) -10μm: 27.16mm(L)×16mm(W)×50mm(H) Mode 2: Stitching Mode: 100mm(L)×100mm(W)×50mm(H) Mode 3:Micro array mode: 100 mm(L)×100mm(W)×50mm(H)
Printer dimension

1560mm(L)×1240mm(W)×1940mm(H)
Printer weight

900KG
Power demand

220~240V AC, 50/60Hz, 2kW
Maximum build size

100 mm(L)×100mm(W)×50mm(H)
File format

STL

Applications

01 Multi-channel hollow microneedle model

Applications: Biomedical
Dimensions: 9.6 × 9.6 × 2 mm³, cone height 250–1000 μm, tip diameter 10–20 μm, base diameter 50–200 μm
Structural Features: Suitable for biomedical applications, drug delivery, and biosensing

Multi-channel hollow microneedle model

Applications: Biomedical
Dimensions: 9.6 × 9.6 × 2 mm³, cone height 250–1000 μm, tip diameter 10–20 μm, base diameter 50–200 μm
Structural Features: Suitable for biomedical applications, drug delivery, and biosensing

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