Automate complex THT component insertion with an engineering-led solution. on OddFormAuto by Southern Machinery

Connectors and Terminals

Thu, 13 Aug 2026 00:00:00 +0000

Application overview

Connectors and terminals may be candidates for odd-form insertion automation when their geometry, leads, packaging and PCB conditions can be handled consistently. Different part numbers can have different keying, locking features, housings, pin patterns and acceptable contact areas, so suitability is evaluated part by part.

Packaging and feeding

Incoming packaging may include tape, tube, tray or bulk formats. The actual packaging condition must be confirmed rather than assumed from the component family. Engineering evaluates singulation, orientation, the pickup datum, lead protection and presentation at the machine interface before selecting a feeding route.

Relays and Switches

Thu, 13 Aug 2026 00:00:00 +0000

Application overview

Relays and switches may be candidates for odd-form insertion automation, but housings, terminals, actuation features, polarity or keying and acceptable handling areas vary by part. Evaluation begins with the actual part number and representative samples.

Packaging and feeding

The parts may arrive in tube, tray, tape or bulk packaging. Engineering reviews the supplied orientation, separation method, housing contact limits, terminal protection and required presentation point. A standard, bowl or flexible, or customized route is considered only after these conditions are understood.

Power Components

Thu, 13 Aug 2026 00:00:00 +0000

Application overview

Selected capacitors, inductors, fuse holders and related through-hole power components may be candidates for insertion automation. Evaluation must account for body size and weight, lead geometry, polarity or orientation, acceptable handling surfaces and the required seated condition on the PCB.

Packaging and feeding

Incoming parts may be taped, tray-packed, tube-packed or supplied in bulk. Packaging details influence singulation, orientation, lead protection and presentation. Engineering compares the real packaging and samples with possible standard, bowl or flexible, and customized feeding routes.

Large and Non-Standard Components

Thu, 13 Aug 2026 00:00:00 +0000

Application overview

Large connectors, sockets, terminal blocks, selected transformers and other non-standard through-hole parts may require project-specific feeding, end tooling and PCB support. Their inclusion on this page is an evaluation category, not confirmation that every component in the family can be automated.

Packaging and feeding

Packaging may use trays, tubes, tape, dedicated carriers or bulk containers. Engineering reviews how the component is separated, oriented, supported and presented while protecting its body, leads and functional surfaces. A standard route may be unsuitable, so bowl or flexible and customized routes can be evaluated when the actual samples and packaging are available.

Preparing Components and PCBs for Sample Testing

Thu, 13 Aug 2026 11:00:00 +0800

Sample testing is most useful when the trial answers a defined engineering question. Sending a few parts without packaging, PCB context or a target process may allow a basic handling observation, but it is not enough to define a production configuration. Preparation should connect the samples to the intended insertion task.

Assemble representative component samples

Identify each part number and supplier condition. Include normal incoming packaging and samples that represent expected variation in leads, housings and orientation. Note any surfaces that must not be contacted and any known damage or deformation risks. If several part numbers are expected to share a process, list them separately so the common and different requirements can be reviewed.

Choosing Feeder Concepts by Incoming Packaging

Thu, 13 Aug 2026 10:30:00 +0800

Incoming packaging is one of the first inputs in a feeder discussion, but the packaging label does not select the feeder by itself. The same broad format can contain different pitches, orientations, protective features and allowable handling surfaces. Feeder evaluation should begin with the component as it actually arrives.

Tape, tube and tray inputs

For taped components, review pocket orientation, pitch, cover condition, lead protection and how the part can be presented at a defined pickup point. Tube-fed parts require attention to orientation, end condition, component movement and the transition from the tube to the presentation interface. Trays can protect orientation, but the tray design, part position, refill method and pickup access still need review.

How to Evaluate Odd-Form Components for Automated Insertion

Thu, 13 Aug 2026 10:00:00 +0800

Odd-form components cannot be assessed from a family name alone. Two connectors, relays or capacitors that serve a similar electrical function can differ in housing shape, lead condition, packaging and the surfaces available for handling. A useful first review therefore follows the complete path from incoming material to the intended PCB insertion result.

Confirm the component identity and condition

Start with the part number, drawing if available, clear photos and representative samples. Review the housing, polarity or keying features, lead pattern, lead length, acceptable contact areas and any surfaces that must not be marked. Samples should represent the normal variation seen in incoming material rather than one carefully selected part.

About OddFormAuto

Mon, 01 Jan 0001 00:00:00 +0000

OddFormAuto is a specialized product and engineering resource by Southern Machinery.

The resource focuses on odd-form insertion machines, feeder approaches, application guidance and the information needed for an engineering evaluation. Product suitability and project configuration remain subject to review of the actual component, packaging, PCB, production requirement and samples.

Review the machine approach or prepare an engineering evaluation package.

Contact and Engineering Evaluation

Mon, 01 Jan 0001 00:00:00 +0000

Prepare the evaluation package

Please share the following nine items so the engineering review can start from the actual production conditions:

PCB photo — show the insertion area, nearby components and board condition.
Component photo — include the body, leads, keying and relevant handling surfaces.
Part number or component list — identify each component included in the requested scope.
Packaging details — show the actual incoming tray, tube, tape, bulk or other packaging condition.
Current process — explain how the component is fed, handled and inserted today.
Target capacity — provide the target output or cycle-time requirement.
Main automation pain point — describe the stability, labor, handling or process issue to be reviewed.
Sample availability — confirm whether representative components and PCBs can be supplied for evaluation.
Expected project timeline — share the intended evaluation, trial or implementation schedule.

Photos support an initial review but do not confirm feasibility. Final scope and configuration depend on the reviewed samples, PCB data and agreed acceptance criteria.

Feeder Solutions for Odd-Form Components

Mon, 01 Jan 0001 00:00:00 +0000

Overview

The feeder is part of the complete component-handling chain. Its role is to receive the customer’s actual packaging condition and present the component for the approved pickup or insertion process. Service type: Odd-form component feeder engineering evaluation and integration.

The categories below are possible engineering routes, not a list of confirmed standard capabilities. Every component and packaging combination requires engineering evaluation.

Standard feeding route

A standard feeding route may be considered when the incoming packaging, component geometry, orientation and presentation method are compatible with an available feeder concept. The review must confirm the part number, packaging format, pitch or spacing, orientation, pickup datum, lead condition and interface with the end tool.