About US
TIEN HSIN INDUSTRIES
SINCE 1970
Since 1970, TH Industries has been manufacturing or designing bicycle parts for major and small global bicycle brands. With a focus on Headset, bottom bracket cups (BB), Crankset, Hub, and Rim TH Industries has always played a role supporting and standing behind our OEM customers.
From small-scale to mass production, from the headsets, from BB to cranksets, hubs, chainwheel, stems and derailleurs, TH Industries has ODM design expertise and OEM manufacturing expertise to serve you. If you have ideas or designs, please contact TH Industries and we will help you make your creative dreams become reality.
WE WILL ASSIST YOU TO
MAKE YOUR CREATIVE
DREAMS COME TRUE
ONE-STOP MANUFACTURING
SOLUTION
R&D
BEFORE TOOLING
Moldflow analysis to provide design advices on 3D drawing.
Moldflow results can be further coupled with ANSYS structural analysis.
TOOLING SAMPLES & PILOT RUN
Open tooling according to simulation results from Moldflow and ANSYS.
Moldflow helps determine warpage for better tooling sample dimension control.
TOOLING SAMPLES & PILOT RUN
Create QA/QC plan according to customers’ requirements.
Laser etching and pad printing.
Automatic bonding machine to assemble plastic parts.
Packaging using customer’s designated box design, a complete one-stop solution.
MANUFACTURING
BEFORE TOOLING
For fit and function requirements, samples can be printed via either SLA or FDM 3D printing method.
Besides PLA, our FDM can also print continuous carbon and glass fibers for better function tests prior to tooling.
SLA printing ensures better, smoother surface for visual samples.
TOOLING SAMPLES & PILOT RUN
Produce gauges and fixtures to inspect production samples on the line.
Machine variables can be determined and refined, referencing from Moldflow simulations.
ANSYS helps investigate structural integrity of the material selected.
TOOLING SAMPLES & PILOT RUN
Create QA/QC plan according to customers’ requirements.
Laser etching and pad printing.
Automatic bonding machine to assemble plastic parts.
Packaging using customer’s designated box design, a complete one-stop solution.
QA/QC
BEFORE TOOLING
For fit and function requirements, samples can be printed via either SLA or FDM 3D printing method.
To ensure 3D printed dimensions are within tolerances, our non-contact scanner helps inspect complex dimensions.
TOOLING SAMPLES & PILOT RUN
Gauges and fixtures dedicated to customer design.
High accuracy scanner to inspect complex geometries or irregular surfaces.
TOOLING SAMPLES & PILOT RUN
Create QA/QC plan according to customers’ requirements.
Laser etching and pad printing.
Automatic bonding machine to assemble plastic parts.
Packaging using customer’s designated box design, a complete one-stop solution.
MATERIALS
Epoxy + 20%CF(6mm)
PA6+ CF + GF
PA66 + 30~40%GF
PA6 + 30~40%GF
PC
ABS
ORGANIZATION
GENERAL
MANAGER
R&D
CAE
Moldflow analysis
Structured Analysis
Process
Modify design
2D/3D drawing creation
Jig/gauge design
3D Printing
SLA printing samples
FDM printing continuous carbon fiber/fiberglass samples Proof of concept
FDM general PLA material
QC
IQC
First Article Inspection / scan inspection
PQC
Production line quality control
OQC
Outgoing Quality Control of packaging
MANUFACTURING
Injection
50T/100T Injection parameters
Pad Printing
Can pad printing on metal, plastic, and carbon
Laser Engraving
Can laser engrave on metal, plastic, and carbon
Packaging
Shipment according to customers’ specific box design and packaging
CNC Machining
3 axle/4.5 axle Make custom gauge/jig
PRODUCTION
MANUFACTURING
Purchase
Raw material purchase
MOQ planning
Production capacity planning
Wire EDM
Make Go/No-go gauge
BUSINESS
Contact
Aligning with customer needs
Follow up on the project
Provide quotations