The Vermeer low profile hex connection sets the industry standard. This Vermeer original design was created with a unique machining process that heat-treats Vermeer-specified alloy steel and machines it to Vermeer tolerances. It also undergoes a unique broaching process to create consistent flats. Each piece goes through a 100 percent thread inspection process.
The Vermeer low profile hex connection sets the industry standard. This Vermeer original design was created with a unique machining process that heat-treats Vermeer-specified alloy steel and machines it to Vermeer tolerances. It also undergoes a unique broaching process to create consistent flats. Each piece goes through a 100 percent thread inspection process.
The Vermeer low profile hex connection sets the industry standard. This Vermeer original design was created with a unique machining process that heat-treats Vermeer-specified alloy steel and machines it to Vermeer tolerances. It also undergoes a unique broaching process to create consistent flats. Each piece goes through a 100 percent thread inspection process.
The Vermeer universal side load transmitter housing is compatible with 15” (38.1 cm) and 19” (48.3 cm) transmitters (all acceptable for wireline). It also carries a replaceable rear sub and threaded front for virtually limitless adaptability, including the Armor™ Drilling System and mud motors. The versatility of this tool also qualifies it for a range of projects, from standard bores to sensitive on-grade sewer work.
The Premium Dirt Extended Housings is a variation of the Premium Dirt Housing from Vermeer which integrates many of the robust and proven design characteristics of the rock-focused Armor drilling system into a versatile tool for soft to intermediate ground conditions, but is made to accept both the 15” and 19” transmitters from DCI®.
The premium dirt transmitter housings from Vermeer integrate many of the robust and proven design characteristics of the rock-focused Armor drilling system into a versatile tool for soft to intermediate ground conditions.