What does Octagon Precision Mold manufacture?

Octagon manufactures air and gas-liquid booster pumps, custom wire harnesses (energy storage, medical, waterproof, speaker, cooling module and equipment cabinet harnesses), high-definition screen connection cables, die casting, stamping and plastic mold parts, and automation solution systems for in-mold cutting.

Where is Octagon located?

Octagon is headquartered in Taoyuan City, Taiwan, and operates production facilities in mainland China. The company has served customers in more than 60 countries since 2008.

Does Octagon offer OEM and ODM manufacturing?

Yes. Octagon builds to customer drawings and specifications (OEM) and co-develops new designs (ODM). Engineers review drawings, target tolerances, materials and application conditions before production.

What tolerance can Octagon mold parts achieve?

Octagon machines precision mold parts to tolerances of ±0.002 mm, with mirror surface finishes of Ra 0.05 to 0.2 μm for demanding die casting, stamping and plastic mold applications.

How does Octagon control product quality?

Quality is controlled across the full process, from incoming raw material inspection through in-process checks to final inspection before delivery, with production staff working to ISO quality management procedures.

CE Certification SWB - 160D: Octagon Power Boost Supplier, Suppliers

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CE Certification SWB - 160D: Octagon Power Boost Supplier, Suppliers

The octagon gas-liquid intensifier pump achieves pressure amplification through the area ratio between the large-diameter gas-driven piston and the small-area hydraulic plunger. The driving gas pressure acts on the large piston, pushing the small piston to pressurize the liquid. The intensification ratio is determined by the area ratio of the two pistons.

Formula:

Output Pressure = Driving Gas Pressure × Intensification Ratio (Area Ratio)

For example, with an intensification ratio of 10, a driving gas pressure of 6.9 bar can generate a hydraulic pressure output of 69 bar.

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Product Description

Automatic Cycling Mechanism

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The flow direction of the liquid is controlled by check valves and directional control valves. As the driving piston reciprocates, the inlet and outlet valves alternately open and close, enabling continuous pressurization. When the output pressure balances with the driving pressure, the pump automatically stops; it restarts when the pressure drops or the driving pressure increases.

SWB-160D series pump is a single drive head double acting gas-liquid booster pump, its characteristic is the same as 160s series pump, but compared with the same specification pump, the pulse is small and its flow. The quantity is 50% higher than that of 160S single-acting pump.