Product Overview

The #1190 Hexalobular GO Penetration Gage is designed for production and receiving inspection of internal ISO Hexalobular recess head screws where minimum acceptable drive form and reliable driver engagement must be verified to globally recognized standards.

In practical use, this gage provides a fast, repeatable way to confirm that the recess will properly accept the mating driver and that the form has not fallen below the minimum acceptable condition. It is ideal for quality teams that need confidence across production lots, incoming material checks, and standardized inspection programs.

Universal Punch designs precision gaging systems for demanding manufacturing environments where repeatability, dimensional control, and long-term durability are essential.

What This Gage Checks

• Minimum acceptable internal Hexalobular recess form
• Driver compatibility and usable recess engagement
• Production process consistency
• Receiving inspection accuracy
• Conformance to ISO Hexalobular drive requirements

Technical Specifications

Product Overview

The #1191 Hexalobular GO Penetration Gage is designed for production and receiving inspection of internal ISO Hexalobular recess head screws where minimum acceptable drive form and reliable driver engagement must be verified to globally recognized standards.

In practical use, this gage provides a fast, repeatable method for confirming that the recess will properly accept the mating driver and that the form has not fallen below the minimum acceptable condition. It is ideal for quality teams that need confidence across production lots, incoming material checks, and standardized inspection programs.

Universal Punch designs precision gaging systems for demanding manufacturing environments where repeatability, dimensional control, and long-term durability are essential.

What This Gage Checks

• Minimum acceptable internal Hexalobular recess form
• Driver compatibility and usable recess engagement
• Production process consistency
• Receiving inspection accuracy
• Conformance to ISO Hexalobular drive requirements

Technical Specifications

Product Overview

The #1192 Hexalobular No-Go Fallaway Gage is designed for production and receiving inspection of internal ISO Hexalobular recess head screws where the upper limit of recess form size must be carefully controlled. This gage helps quality teams verify that the recess has not become oversized and that fallaway remains within the specified limit.

In practical use, No-Go fallaway gaging provides a repeatable method for checking whether the recess exceeds the maximum allowable condition. If the No-Go member enters the recess, that entry must remain within the permitted fallaway depth. This makes the gage a key inspection tool for process control, incoming inspection, and dimensional verification before assembly.

Universal Punch designs precision gaging systems for demanding manufacturing environments where repeatability, dimensional confidence, and long-term durability are essential.

What This Gage Checks

• Maximum allowable internal Hexalobular recess form size
• Fallaway depth during No-Go inspection
• Oversize recess conditions before assembly
• Receiving and in-process inspection consistency
• Conformance to ISO Hexalobular drive requirements

Technical Specifications

Product Overview

The #1195 Hexalobular Cylindrical No-Go Gage is designed for inspection of internal ISO Hexalobular recess head screws where the upper limit of recess form size must be controlled with a cylindrical No-Go member. This gage helps manufacturers verify that the recess does not exceed the maximum acceptable condition defined by the applicable standard.

In practical use, cylindrical No-Go gaging provides a straightforward way to identify oversize recess conditions that could reduce proper driver engagement and compromise product quality. It supports consistent inspection in production, receiving, and final verification environments where international standards compliance is required.

Universal Punch designs precision gaging systems for demanding manufacturing environments where repeatability, dimensional confidence, and long service life are essential.

What This Gage Checks

• Maximum allowable internal Hexalobular recess form size
• Oversize recess conditions before assembly
• Cylindrical No-Go acceptance to specification
• Receiving and in-process inspection consistency
• Conformance to ISO Hexalobular drive requirements

Technical Specifications

Product Overview

The #1280 Extra (TXP) Penetration Gage is designed for inspecting internal Extra (TXP) recess head screws where accurate minimum form verification and recess depth inspection are critical. It provides a consistent method for confirming that the recess remains within the intended usable condition for the enhanced hexalobular drive system.

In practical use, penetration gaging helps quality teams verify finished recess acceptance and evaluate depth after manufacturing and finishing processes. This is especially valuable in high-performance fastening programs where proper driver engagement, torque transfer, and consistent drive geometry are essential.

Universal Punch designed the Extra (TXP) family to deliver improved driver bit life, superior fit between drive tool and fastener, higher torque transfer capability, reduced camout, and reduced slippage when compared with many legacy drive systems.

What This Gage Checks

• Minimum acceptable internal Extra (TXP) recess form
• Recess penetration depth
• Finished part conformance after manufacturing or coating
• Consistency across production lots
• Drive quality before shipment or assembly

Technical Specifications

Product Overview

The #1281 Extra (TXP) GO Penetration Gage is designed for production and receiving inspection of internal Extra (TXP) recess head screws where minimum acceptable recess form and proper driver engagement must be verified. It provides a repeatable inspection method for confirming that the recess remains within the intended usable condition for the enhanced drive system.

In practical use, GO penetration gaging helps quality teams verify that the recess will properly accept the mating driver while supporting consistent inspection across incoming parts, work cells, and production lots. It is especially valuable in high-performance fastening programs where fit, torque transfer, and tool life matter.

Universal Punch designed the Extra (TXP) family to deliver improved driver bit life, superior fit between drive tool and fastener, higher torque transfer capability, reduced camout, and reduced slippage compared with many older drive systems.

What This Gage Checks

• Minimum acceptable internal Extra (TXP) recess form
• Driver compatibility and usable recess engagement
• Receiving inspection consistency
• Production process control across manufacturing lots
• Drive quality before final assembly or shipment

Technical Specifications

Product Overview

The #1282 Extra (TXP) No-Go Fallaway Gage is designed for production and receiving inspection of internal Extra (TXP) recess head screws where the upper limit of recess form size must be carefully controlled. This gage helps quality teams verify that the recess has not become oversized and that fallaway remains within the permitted inspection limit.

In practical use, No-Go fallaway gaging provides a repeatable method for checking whether the recess exceeds the maximum allowable condition. If the No-Go member enters the recess, that entry must remain within the specified fallaway depth. This makes the gage an important inspection tool for process control, incoming inspection, and dimensional verification before assembly.

Universal Punch designed the Extra (TXP) family to deliver improved driver bit life, superior fit between drive tool and fastener, higher torque transfer capability, reduced camout, and reduced slippage in demanding fastening applications.

What This Gage Checks

• Maximum allowable internal Extra (TXP) recess form size
• Fallaway depth during No-Go inspection
• Oversize recess conditions before assembly
• Receiving and in-process inspection consistency
• Drive quality and dimensional control across production lots

Technical Specifications

Product Overview

The #1290 Extra (TXP) Tamper Resistant Penetration Gage is designed for inspecting internal tamper-resistant Extra (TXP) recess screws where minimum acceptable recess form and penetration depth must be verified. The gage provides a repeatable method for evaluating whether the recess remains within the intended usable condition for secure fastening systems.

Penetration gaging helps quality teams verify recess geometry after manufacturing and finishing processes. This is particularly important for tamper-resistant drive systems used in security-sensitive equipment and assemblies.

Universal Punch manufactures these gages for precision inspection environments where dimensional stability, repeatability, and long wear life are required.

What This Gage Checks

• Minimum acceptable tamper-resistant recess form
• Internal recess penetration depth
• Finished part acceptance verification
• Consistent inspection across production lots
• Security fastener recess quality control

Technical Specifications

Product Overview

The #1291 TXP Tamper Resistant GO Penetration Gage is designed for production and receiving inspection of internal Extra (TXP) tamper resistant recess screws where minimum acceptable recess form and proper driver engagement must be verified with confidence.

In practical use, GO penetration gaging helps confirm that the recess will properly accept the intended tamper resistant driver and that the form has not fallen below the minimum acceptable condition. This makes the gage especially valuable for security fasteners used in tightly controlled manufacturing and quality environments.

Universal Punch manufactures these gages for precision inspection programs where repeatability, dimensional stability, and long wear life are critical.

Inspection Capabilities

• Minimum acceptable tamper resistant recess form
• Driver compatibility and usable engagement
• Receiving inspection consistency
• Production process control across lots
• Secure fastening recess quality verification

Applications

• Security fastener manufacturing quality control
• Receiving inspection of tamper resistant screws
• Production line recess verification
• Aerospace, electronics, defense, automotive, and industrial fastening programs
• Inspection systems requiring controlled tamper resistant driver fit

Standards, Quality, and Traceability

Universal Punch manufactures gaging products for precision inspection environments where dimensional accuracy, repeatability, and process control are critical. The #1291 TXP Tamper Resistant GO Penetration Gage is intended for internal Extra (TXP) tamper resistant recess screw inspection.

Universal’s gage probes are heat treated, thermally stabilized, and surface treated to maximize gage life. Long-form calibration certificates provide dimensions and tolerances to specified standards and are traceable to NIST.

Product Overview

The #1182 6-Lobe (TX) No-Go Fallaway Gage is engineered for production and receiving inspection of internal 6-Lobe recess head screws where controlling the upper limit of recess form size is critical. This gage helps quality teams verify that the recess has not become oversized and that fallaway remains within the specified limit.

In practical use, No-Go fallaway gaging provides a repeatable method for evaluating whether a recess form exceeds the maximum allowable condition. If the No-Go member enters the recess, that entry must remain within the permitted fallaway depth. This makes the gage a key tool for process control, incoming inspection, and dimensional verification before assembly.

Universal Punch designs precision gaging systems for demanding manufacturing environments where reliability, repeatability, and long-term dimensional stability are essential.

What This Gage Checks

• Maximum allowable internal 6-Lobe recess form size
• Fallaway depth during No-Go inspection
• Oversize recess conditions before assembly
• Receiving and in-process inspection consistency
• Dimensional control across production lots

Technical Specifications