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Upward Cutting Groove Type Raise Boring Machine

The Open pit down the hole drill rig combines practical mobility with a simplified structure for demanding groove-cutting and shaft drilling applications. The Upward Cutting Groove Type Raise Boring Machine features a bridge-drive wheeled chassis and cab, helping improve turnaround mobility when frequent repositioning is required. Its two-propulsion-cylinder and three-support configuration provides stable support while making the installation and removal of large-diameter cutterheads more convenient. This design focuses on practical operation, efficient equipment movement, and easier preparation for changing construction conditions.

The machine also integrates a slag collection hopper and stabilizing rod mechanism, helping reduce the overall operating height of the main unit and minimize excavation volume in the working chamber. These structural choices can contribute to a more streamlined construction process and help reduce associated construction costs. During manufacturing, key structural components are carefully processed, welded, assembled, and inspected to support reliable equipment quality. For mining contractors, drilling specialists, and equipment distributors, this machine offers a practical solution for groove-cutting projects. Contact the supplier to learn more about equipment configuration, application requirements, and customized project support.

High turnaround speed: Equipped with a bridge-drive wheeled chassis and a cab, this design enhances the vehicle’s travel speed during turnaround operations, meeting the demands of frequent turnarounds required for groove-cutting construction.

Simplified design: Adopting a two-propulsion-cylinder, three-support design, this configuration ensures stable equipment operation while facilitating the easy installation and removal of large-diameter cutterheads. The integrated slag collection hopper and stabilizing rod mechanism design effectively reduces the overall operating height of the main unit, minimizes excavation volume in the working chamber, and helps cut down on construction costs.

External dimensions

Model	A(mm)	B(mm)	C(mm)	D(mm)	E(°)	F(°)	G(mm)	H(mm)	I (mm)	J(mm)	K(mm)	L(mm)	M(mm)	N(mm)
CY-R30TC	8060	2270	1910	2210	16	16	2600	1400	200	228	9540	1080	3358	688
CY-R40TC	8060	2520	1910	2210	16	16	2600	1690	200	228	9540	1080	3358	688
CY-R50TC	8060	2770	1910	2210	16	16	2600	1800	200	228	9540	1080	3358	688

Performance parameters

Project		Unit	CY-R30TC	CY-R40TC	CY-R50TC
Job Parameters	Upward blind borehole diameter	mm	762	1016	1270
	Maximum hole depth	m	70	70	70
	Reaming Thrust/Counter-Thrust	kN·m	≥1700 @ 35 MPa	≥1700 @ 35 MPa	≥1700 @ 35 MPa
	Rated torque	kN·m	≥69 @ 35 MPa	≥69 @ 35 MPa	≥69 @ 35 MPa
	Rotational speed	r/min	32 ± 2	32 ± 2	32 ± 2
	Drilling angle	°	45~90	40~90	40~90
	Overall machine weight	t	23	25.5	28
Walking parameters	Climbing ability	°	≥14	≥14	≥14
	Minimum ground clearance	mm	215	215	215
	Engine rated power	kW	96	96	96
	Engine rated speed	r/min	2200	2200	2200
	Diesel tank capacity	L	140	140	140
	Drive method	Bridge drive	Bridge drive	Bridge drive	Bridge drive
Hydraulic system	Rated pressure	MPa	35	35	35
	Motor rated power	kW	90	90	90
	Motor energy consumption	YE4	YE4	YE4	YE4
	Rated voltage	V	380	380	380
	Hydraulic oil tank volume	L	500	500	500