Precision & surface quality
Detailed prototypes, master patterns, presentation models and selected production workflows.
- Desktop and professional resin pathway
- Large-format industrial SLA
- 355 nm SLA reference systems
SHTITECH™ by Shanghai Titech Industry Co., Ltd.
Make the part. We help choose the process.
Resin · Polymer · Nylon · Metal. From desktop prototyping to industrial production, SHTITECH connects global applications with a curated multi-technology equipment and supply-chain platform.
SHTITECH coordinates selected manufacturing resources in China with Shanghai-based commercial support. Final machine configuration, material compatibility, compliance scope, installation and support are confirmed project by project.
Resin
SLA / DLP / MSLA pathways
Polymer
Engineering & high-temperature FFF
Nylon
SLS pathway under portfolio qualification
Metal
LPBF / SLM reference platforms
Technology platforms
One application. Multiple manufacturing routes.
SHTITECH does not force every job into one machine family. Geometry, material, finish, functional load, quantity, production objective and site conditions determine the shortlist.
Functional parts & tooling
Engineering FFF and high-temperature heated-chamber systems for larger functional parts, jigs and fixtures.
- Engineering FFF
- Large-format heated chamber
- High-temperature material pathway
Support-free powder-bed parts
A strategic portfolio pathway for functional nylon parts and low-volume production. Specific systems are under supplier qualification.
- PA11 / PA12 pathway
- Functional small-batch production
- System selection to be confirmed
Industrial metal AM
LPBF / SLM platforms for selected engineering, research and production applications.
- Compact to production classes
- Single / multi-laser configurations
- Powder, gas and safety review required
Current portfolio
Featured systems with documented reference data.
The website distinguishes documented reference systems from portfolio pathways that are still being qualified. This keeps product breadth visible without overstating commercial readiness.
Documented reference
Industrial resin
View system →
SHT-SLA600
Large-format 355 nm SLA platform for detailed prototypes, patterns and models.
600 × 600 × 400 mm
Build envelope
0.05–0.15 mm
Reference layer range
Documented reference
Industrial polymer
View system →
SHT-FFF1200
Large-format heated-chamber FFF for engineering polymer applications.
1200 × 800 × 1000 mm
Build volume
Up to 525°C
Reference nozzle temperature
Reference platform
Metal LPBF
View platform →
SHT-220M
220-class dual-laser LPBF reference platform for selected precision metal workflows.
220 × 160 × 200 mm
Reference build volume
500 W × 2
Reference laser configuration
Application pathways
What do you need to make?
Start with the part and the manufacturing objective. SHTITECH can then shortlist the appropriate process and equipment class.
Prototype
Form, fit, appearance and design validation.
Functional part
Engineering polymer, nylon or metal.
Tooling & fixture
Jigs, fixtures, mould aids and patterns.
Low-volume production
Repeatable small-batch manufacturing.
Large-format part
Large SLA or heated-chamber FFF.
Metal component
LPBF process and material qualification.
Global market + China integration
Shanghai coordination. Integrated technical supply chain.
SHTITECH is structured to combine global project market access and project coordination with supplier screening, factory technical resources, sample builds and supply-chain integration in China.
AU
global project market
Customer development, application intake, local communication, commercial proposals and partner development.
CN
China supply chain
Factory coordination, technical screening, sample-print pathways, configuration review and manufacturing resources.
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Project integration
Machine, material, post-processing, site, training, spares and support are assembled into a written project scope.
Project workflow
From CAD file to an equipment proposal.
The pre-sales workflow is designed to reduce technology mismatch before a customer commits to equipment.
01
Application review
Geometry, size, material, finish, quantity and objective.
02
Technology shortlist
Resin, FFF, SLS or metal pathway.
03
Sample validation
Sample build discussion where practical and agreed.
04
Site & support
Utilities, handling, safety, training and spares.
05
Written proposal
Final configuration, lead time, scope and terms.
Application engineering
Send the part before choosing the printer.
Share CAD/STL, approximate dimensions, material preference, quantity, surface expectations and target timing. For suitable projects, SHTITECH can coordinate a technical review and discuss sample-print options.
STL / STEP / 3MF
Technology selection
Material review
Sample pathway