Quality Control Process | Torchmark Tools
How Torchmark controls quality: incoming inspection, in-process checks, final test and traceability for flaring tools, drain cables and fasteners.
Our Quality Control Process
Quality is built into every step at Torchmark. We combine documented procedures with practical checks so that tools perform as specified when they reach the field.
Incoming Inspection
Steel grades and incoming components are verified against specifications before they enter production. Material certificates are kept for traceability.
In-process Checks
Key operations such as forming, threading and surface treatment are controlled with first-article checks and periodic inspection. Inspection records and gauge photos are available on request.
Final Testing
Finished tools go through functional and visual checks. For relevant products we verify flare sealing, cable strength and cut squareness before packing. Test bench photos are available on request.
Traceability
Production lots are recorded so material certificates and inspection results can be matched to a shipment on request.
The Four Inspection Gates a Buyer Should Specify
A quality claim is only meaningful when it names where inspection happens. Rather than asking whether a factory "has QC", specify four gates and the record each one produces: incoming material (IQC), in-process (IPQC), final (FQC) and pre-shipment (OQC). Each gate answers a different question, and skipping one shifts the defect to a later, more expensive stage.
Incoming: what enters the line
For hand tools the incoming check should cover tube and bar stock dimensions, hardness of die and cone blanks, plating thickness on fasteners, and cable wire grade. Ask for the sampling method and the accept/reject criterion, not just a pass stamp. A dimensional certificate on a raw coil is not evidence about the batch that actually reached the line.
In-process: what changes during forming
Flare cone geometry, threading pitch, cable winding tension and crimping die profile are all set during processing and drift as tooling wears. Define a first-article check after every tool change and a periodic check at a defined interval. A single reference part retained from the approved sample is more useful than a long report with no physical baseline.
Final and pre-shipment: what leaves the factory
Final testing should be functional where the tool allows it — a sample flare, a set crimp, a leak test on a filled oil can — plus a visual and packaging check. Pre-shipment verification confirms the right SKUs, quantities, labels and carton condition. Carton-level checks prevent the most common "quality" complaint, which is actually a picking or packaging error.
Traceability Fields Worth Requiring
Ask that each shipment be traceable back to a production lot. The fields below are the minimum that make a later investigation possible; certificates, test reports and audit documentation are available on request.
Field | What it answers | Typical evidence |
|---|---|---|
Production lot / date code | Which run produced this carton | Carton marking and packing list |
Inspection record | Was the gate actually performed | Dated check sheet with operator |
Golden sample reference | What "acceptable" looked like | Retained approved part |
Wear-part status | Dies, cones, wheels changed when due | Tooling log |
Nonconformance handling | What happened to rejected parts | Disposition record |
Questions Buyers Ask Before Ordering
Can we define our own AQL and inspection standard?
Yes. Send the sampling plan and the accept/reject criteria with the purchase order so they become part of the agreed specification. Where a customer-appointed third party inspects, agree the release point before production starts rather than after goods are packed.
What is the difference between a test report and a certificate?
A test report records measurements on a specific sample; a certificate asserts conformity to a named standard and has a scope and validity period. Ask which document you are receiving, who issued it, and whether it covers the exact SKU in your order.
How are wear parts controlled?
Dies, cutter wheels, clamp jaws and mandrels are consumables. Ask for the replacement trigger — cycle count, measured dimension or visual criterion — and keep the spares list with the order. Most gradual quality drift traces back to a tool that was still "working".
Can we visit or audit the line?
Factory visits and third-party audits can be arranged with notice. Factory photos, process descriptions and audit documentation are available on request — we do not publish figures or certifications we cannot substantiate for a specific order.
Frequently Asked Questions
How do you ensure flare joints won't leak?
We control assembly torque and inspect for cracks per batch on flaring tools before release.
Is testing documented?
Inspection records are kept per lot and supplied on request with your order.
Can you meet our incoming inspection spec?
Tell us your AQL and check points and we align our process to them.
