Customization: | Available |
---|---|
After-sales Service: | Provide Online Service |
Automatic Grade: | Semi-Automatic |
Suppliers with verified business licenses
Audited by an independent third-party inspection agency
New arrival USUN model :UYH-152-2 Automatic horizontal two end hydraulic Orbital Riveting Machine for hinge and hardware
Application: Specially used for simultaneously fixing a pair of rivets with adjustable distance in
between, on lever arch files, ring binders, clipboards, etc.
Feature: Two spindle riveting at one action; And adjustable head distance (38-350mm).
Product features
1. Each product is strictly in accordance with the design requirements, process flow,process testing, to ensure
reliable quality.
2. Excellent workmanship, beautiful appearance, energy saving and environmentalprotection, high efficiency.
3. Can be customized according to customer requirements, convenientafter-sales maintenance.
4. Strong structure, steel body, with air cooling cooling system, long working time, oil temperature is not easy to
increase, pressure does not decay
5. Suitable for all kinds of auto parts, hardware tools, sports equipment,etc.,such as building fasteners,
universal wheel, cylinder piston rod and other products of solid, hollow riveti nails riveting.
Product technical data
Product drawing
Product mould and dies for related riveting machine
Description:
The machine is fully functional and can be used for riveting countersunk head, semicircle head, cylindrical head,
spherical cylindrical head rivet and hollow rivet according to the different design of the riveter. At the same time,
the gas emitted during the riveting process does not contain oil and does not pollute the environment. Therefore,
it is also suitable for the working places of medical machinery and food machinery.
The advanced circuit design can realize the automatic action of riveting, ensure the consistent time of each
riveting, and improve the qualified rate of products. When using automatic operation, the timer can be adjusted
to the most appropriate time at will, which improves the production efficiency and output.