Load Tubes
Prepared component tubes are loaded into the configured guide or magazine structure.
Automated Component Feeding
Automatic Tube Feeder for THT & Odd-Form Components
Turn tube-packaged components into a controlled automated feeding process. Southern Machinery designs Tube Feeder solutions for THT insertion, odd-form assembly and customized automation equipment.
- Multi-tube staging for prepared component supply
- Application-specific tube guides and feed path
- Defined pick-up or machine-transfer position
- Evaluation based on your actual tube and component
STF1003 Tube FeederApplication-specific tube feeding module
200–650 mmPublished tube length range, STF1003
0.8 s / pcPublished feeding speed, STF1003
1 channelDual-channel configuration available on request
Process overview
From Tube Packaging to Automatic Feeding.
The actual tube path, component release method and transfer interface are engineered around the component package. This process diagram shows the intended production flow, not a one-size-fits-all machine sequence.
Stage Multiple Tubes
The STF1003 material describes multiple tube stacking for prepared supply.
Position Active Tube
The active tube is guided to the configured feeding station.
Release Components
Components are released using the selected mechanism for the tube and part.
Control Transfer
Separation and orientation are defined around the downstream pick-up requirement.
Connect Equipment
The component reaches a defined transfer position for automated insertion or assembly.
Prepared Component Supply
Multiple tubes can be prepared in advance in the feeder’s configured storage arrangement.
Less Repeated Handling
Reduce repeated manual loading work at the point where components enter the automation system.
Defined Feed Direction
Tube guides, release and transfer position are considered around the required downstream direction.
Flexible Integration
Designed as a component feeding module for insertion machines and custom automation cells.
Built for the Tube
Tube dimensions, material and outlet geometry are part of the technical evaluation.
Application Review First
Southern Machinery evaluates the actual component, tube and target machine before final configuration.
Machine details
Multi-Tube Magazine Design.
Real production photos show the tube guide, multi-lane arrangement and local control hardware. Select a callout for the confirmed design intent behind each area.
Click to inspect
A closer look at the feeding system.
Photo-visible features and published STF1003 construction details are separated from application-dependent functions.
The STF1003 product material lists multiple tubes stacked as its feeding method. The number of tubes and change sequence should be confirmed from the actual tube, component consumption and cycle requirement.
Guide dimensions and the feed path are selected around tube size, wall thickness, component geometry and required outlet orientation.
The published STF1003 configuration lists button operation and an ARM (STC32)-based control system. The photographs show local operator panels; final HMI form depends on the selected configuration.
Published information lists flexible I/O communication or self-control operation, plus an 8-core 16 mm aviation plug. Mechanical hand-off and signals must match the downstream machine.
Published STF1003 features also include a Type-57 stepper motor, motor-driven spring mechanism and optical-fiber sensing. Do not assume these details apply to every customized feeder without evaluation.
Supply logic
Controlled Tube Supply & Component Transfer.
The source material confirms multi-tube stacking and a controlled feed mechanism. The switching sequence between tubes is application-specific and should be verified for your components.
Prepare tube set
Load compatible component tubes into the selected storage and guide arrangement.
Feed active tube
The configured drive and guide move material through the active path.
Monitor position
Published STF1003 data identifies optical-fiber sensing for material positioning before the configured operation.
Transfer to automation
The component is handed to the defined downstream pick-up or receiving position.
Need automatic tube-to-tube switching? Send the tube sample, consumption rate and required continuous-run time so that feasibility can be reviewed.
Compatibility engineering
Every Tube Is Different. The Feeder Should Match It.
The correct design begins with physical packaging and the way the downstream equipment needs to receive the component.
Tube Geometry
Tube width, height, length, wall thickness and outlet structure.
Component Profile
Dimensions, weight, pins, orientation and handling surface.
Production Need
Quantity per tube, target cycle, refill method and continuous-run expectation.
Machine Hand-off
Pick-up position, transfer direction, mounting space and control signal.
Southern Machinery can evaluate the tube, component sample and target machine together before feeder design is finalized.
Automation integration
Designed as a Component Feeding Module.
A Tube Feeder is not a standalone production goal. It is a feeding module that prepares tube-packaged components for a controlled transfer into the next automation step.
01Tube-packaged component
02Tube feeder & configured guide
03Pick-up / transfer position
04Insertion / assembly / special automation equipment
05PCB or finished product process
- Automatic insertion machine
- Odd-form insertion machine
- Terminal insertion machine
- Customized assembly machine
- Robotic pick & place
- Special automation equipment
Operation video
See the Tube Feeder in Operation.
Video players are created only after a visitor chooses a clip. This keeps the initial page lightweight and avoids autoplay.
| Model scope | STF1003 Tube Feeder, published configuration |
|---|---|
| Target components | Published material names DIP transistors and lists relays, terminals, transformers, square capacitors and round capacitors. Final compatibility depends on the component and tube design. |
| Tube material / length | PVC or aluminium tube; 200–650 mm published tube length |
| Tube wall thickness | ≥ 0.6 mm |
| Published component envelope | 3 × 3 × 3 mm to 25 × 25 × 25 mm |
| Feeding architecture | Single-channel feeding standard; dual-channel configuration can be customized |
| Feeding speed | 0.8 s / pc |
| Feeding accuracy | ± 0.5 mm |
| Speed adjustment | Four-gear adjustable |
| Drive | Type-57 stepper motor, maximum motor speed 600 rpm |
| Electrical supply | 24 V; average / peak current 4 A / 6 A |
| Air requirement | 0.4–0.6 MPa |
| Control & communication | ARM (STC32)-based control; I/O communication or standalone self-control; 8-core 16 mm aviation plug |
| Overall dimensions / weight | 1350 × 92 × 115 mm; 25 kg |
Source: STF1003 Tube Feeder product material supplied by Southern Machinery. Any different tube, component, speed, head count or interface requires a separate technical review.
Customization route
Built Around Your Component.
Tube feeders are application-specific. The right starting point is the actual component and its packaging, rather than a catalogue number alone.
Send for evaluation
- Component photo
- Component drawing
- Actual component sample
- Tube photo and dimensions
- Quantity per tube
- Required feed orientation
- Target cycle time
- Downstream machine information
Southern Machinery reviews
01Tube and component compatibility
02Feed path, release and separation approach
03Pick-up position and machine interface
04Feeder design and production configuration
Real equipment photos
Tube Feeder Gallery.
Southern Machinery Tube Feeder production photos: machine views, tube guides, controls and feeder modules.
A Tube Feeder is a component feeding module for parts supplied in tubes. It stores or guides the tube, controls the material path and delivers components to a defined transfer or pick-up position.
The STF1003 material names DIP transistors and lists relays, terminals, transformers, square capacitors and round capacitors. These are published examples only; the final feeder must be evaluated against the physical component and tube.
The supplied STF1003 material describes multiple tubes stacked. The practical tube quantity depends on tube format, installation space, component demand and the chosen configuration.
Automatic tube-to-tube switching is not stated as a fixed capability for every configuration in the supplied material. Send the tube sample and required run time so the sequence can be evaluated.
The STF1003 source lists flexible I/O communication or standalone self-control. The mechanical transfer point, installation space and signals need to be confirmed with the downstream insertion or automation machine.
Yes. Tube length, tube material, guide geometry, component orientation, feed direction and target output are all part of the technical evaluation. Published STF1003 tube length is 200–650 mm.
Actual samples are strongly recommended. They allow Southern Machinery to review tube fit, release behaviour, component orientation and the receiving interface before final design.
Technical evaluation
Have a Tube-Packaged Component You Want to Automate?
Send us your component and tube information. Southern Machinery can review the feeding method, component orientation, machine interface and automation requirements for your application.
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