Frequently Asked Questions (FAQ)
Looking for a custom made bowl feeder that perfectly fits your production needs? At TNC Technology, we specialize in designing and manufacturing customized bowl feeder systems that ensure accurate, consistent, and efficient part feeding for automated production lines. Every manufacturing environment is different, which is why off-the-shelf solutions often fall short. Our custom made bowl feeder solutions are engineered to match your component size, shape, material, and production speed.
Whether you are handling delicate electronic parts, automotive components, or precision mechanical items, our bowl feeders are designed to improve productivity, reduce manual handling, and minimize downtime. With years of experience in industrial automation, TNC Technology delivers reliable feeding systems built for long-term performance.
What industries does TNC Technology serve?
TNC Technology supports precision manufacturing industries including
electronics (PCB, connectors, micro components), automotive (fasteners, clips, O-rings),
medical and pharmaceutical devices, consumer products, and general industrial automation
requiring high-speed part feeding and orientation systems.
Does TNC Technology provide machines only within Malaysia?
No. While we are based in Malaysia, we supply and export feeding systems
to international customers across Southeast Asia and beyond, including
system integration support and remote technical assistance.
What services does TNC Technology provide after installation?
We provide preventive maintenance programs, vibration tuning,
spare parts supply (coils, controllers, tracks), system troubleshooting,
performance optimization, and technical consultation to ensure long-term operational stability.
Can TNC Technology customize bowl feeders?
Yes. Every vibratory bowl feeder is engineered based on part geometry,
material type, required output rate, orientation specification, and
downstream machine interface to ensure seamless automation integration.
What is the typical lead time?
Standard lead time ranges between 4–6 weeks. However, highly customized
feeding systems with complex orientation mechanisms or multi-track designs
may require additional engineering and testing time.
How do I ensure system integration?
Our engineering team reviews your assembly layout, cycle time requirements,
sensor positioning, and machine interface (PLC or robotic system)
to ensure proper synchronization and stable feeding performance.
How can I request a quotation?
You may submit your part drawing, sample, required feeding speed (ppm),
and project specifications through our website or email. Our team will
evaluate feasibility and provide a detailed technical proposal.
Can vibratory bowl feeders handle unique shapes?
Yes. Custom tooling, orienting mechanisms, air jets, and reject systems
are designed specifically to accommodate irregular or asymmetrical part geometries.
Can vibratory bowl feeders handle small components?
Yes. With precision-controlled vibration amplitude and frequency adjustment,
vibratory bowl feeders can reliably handle small and lightweight components
without part damage or misalignment.
How does a vibratory bowl feeder work?
A vibratory bowl feeder uses an electromagnetic drive unit to generate
controlled vibration. This motion moves parts along a helical track
where orientation features guide components into the correct position
before discharge to the next automation process.
How do I choose the right rotary feeder?
Selection depends on part size, weight, required output rate, noise sensitivity,
cleanliness requirements, and integration with downstream automation equipment.
Rotary feeders are ideal for high-speed and stable feeding applications.
Can rotary feeders be customized?
Yes. Rotary feeders can be customized in disc design, pocket configuration,
material selection, and speed control to match specific part characteristics
and production requirements.
Are rotary feeders suitable for delicate parts?
Yes. Rotary feeding systems operate with smoother motion compared to vibratory systems,
making them suitable for fragile, cosmetic-sensitive, or lightweight components.
Are aluminium bowl feeders heavy-duty?
Aluminium bowl feeders offer high strength-to-weight ratio, corrosion resistance,
and structural durability, making them suitable for continuous industrial operation
while remaining lightweight for easier maintenance.
Aluminium vs stainless steel feeders?
Aluminium feeders are lightweight and cost-effective, suitable for general industrial use.
Stainless steel feeders are preferred for medical, pharmaceutical, or food-grade
environments requiring higher corrosion resistance and hygiene compliance.
Can aluminium bowl feeders be customized?
Yes. Aluminium bowls can be precision-machined to create custom tracks,
orientation tools, and surface treatments based on specific part feeding requirements.
Do aluminium feeders require special maintenance?
Aluminium feeders require standard preventive maintenance including cleaning,
periodic vibration tuning, and inspection of wear components. No special
treatment is required under normal industrial conditions.
How We Design & Build Your Custom Made Bowl Feeder
Support and consultation via:
Monday – Friday | 08:00 am – 6:00pm
You can contact us via Whatsapp at +6019 568 8826
or via our Contact Form
