Multifunctional Integrated Horizontal Machining Center

Multifunctional integrated horizontal machining center Horizontal machining centers have efficient and stable machining performance and are very suitable for batch production. Through programming and settings, horizontal machining centers can realize automated machining and continuous...

Send Inquiry

Product Introduction

Multifunctional integrated horizontal machining center

Customizable

1 17

HMC Series Horizontal Milling Compound Machining Center CNC Machining Center Y-axis column: a frame structure column formed by two walls, with two side walls arranged in an integral honeycomb shape, with high torsional bending rigidity, and a bilaterally symmetrical structure, ensuring good thermal stability.

HMC Series Horizontal Milling Compound Machining Center Drive: Adopts advanced large-inertia feed servo motor to realize three-axis feed drive. Taiwan high-rigidity ball screw, in which the X/Z axis adopts roller guide rail as a wire gauge structure, and the Y axis adopts a rigid rule-shaped structure. Good transmission and high precision.

01.

Horizontal machining centers, also known as horizontal milling centers, are a machining process that relies on a rotating tool to remove metal from a workpiece. Horizontal machining occurs on a horizontal machining center (HMC) with its spindle parallel to the ground. With a horizontal spindle, the tool extends from the side of the tool holder and cuts across the side of the workpiece, causing the chips to fall off the table. Horizontal machining centers also allow for the integration of a dual pallet changer to facilitate unattended operation and reduce part cycle time.

02.

While horizontal machining centers vary in size and capacity, we design each one with quality, reliability, ease of operation, and safety in mind. In addition, thanks to our on-demand manufacturing philosophy, all horizontal machining centers feature the latest, most advanced milling technology to increase productivity and grow your business.
Whether your application requires heavy or high-speed machining of large or small parts in a high or low production environment, we offer the industry's broadest range of horizontal machining centers to ensure you get the best solution for your needs at the lowest cost of ownership.

Models	HMC1075	HMC1290	HMC1395	HMC1814	Invert T500	Invert T630
Table size (mm)	1300X600	1360X700	1400X700	2000X900	500*500	630*630
Maximum allowable load (Kg)	800	1000	1000	1600	600	950
X-axis travel(mm)	1000	1200	1200	1800	600	1050
Y-axis travel (mm)	750	800	800	1280	360	750
Z-axis travel(mm)	800	700	750	900	450	900
T-slot	5-18-105	5-18-122	5-18-122	5-22-165	-	-
Distance from spindle end face to work table (mm)	115-915	180-880	168-918	200-1100	150-850	-
Distance from spindle center to Z-axis guide surface (mm)	110-860	140-940	260-1060	140-1420	130-650	130-1030
Spindle taper	BT50-150	BT50-190	BT50-190	BT50-190	BT40-150	BT50-190
Spindle speed(r/min)	6000	6000	6000	6000	8000	6000
X/Y/Z rapid movement (m/min)	20/12/20	20/12/20	20/12/20	18/12/18	20/12/20	20/12/20
Machine weight(Kg)	8000	10000	10000	15000	8000	10000
Standard configuration	● FANUC Oi-MF PIuS ● 40 chain tool magazines/30 disc tool magazines ● Automatic chip conveyor ● Taiwan 6000 rpm spindle
Optional	● CNC system SIEMENS, HNC ● German ZF/ltalian BF two-speed gearbox ● Tool internal cooling system ● Arbitrary indexing rotary table

4c2c6da932970dd7b084f91c9ae14c5

Features of HMC series horizontal machining centers

The bed, column, workbench, spindle box and other large parts of the horizontal machining center are made of phenolic sand molding, high-strength cast iron, good rigidity and stable precision.

The AC servo motor of the horizontal machining center is directly connected to the ball screw pair through a coupling, so that the X, Y and Z axes can move quickly.

The X, Y and Z axes of the horizontal machining center use high-precision linear rolling guide pairs, and the mounting surface is manually scraped.

The high-precision ball screw of the horizontal machining center is pre-tightened on the side to eliminate the precision loss caused by thermal expansion.

The spindle of the horizontal machining center adopts two-point support; the front and rear bearings are both high-precision angular contact ball bearings.

The spindle of the horizontal machining center has good rigidity and high rotation accuracy; the spindle bearings are cooled by constant temperature box cooling oil to ensure reliability during high-speed operation.

The spindle box of the horizontal machining center is directly driven by an AC servo motor with a brake, and has high positioning accuracy.

The rotary table of the horizontal machining center is driven by an AC servo motor with a hydraulic brake.

The feedback servo system of the X, Y, Z, and B axes of the horizontal machining center adopts semi-closed control of the motor encoder.

The spindle motor of the horizontal machining center is connected to the spindle through a synchronous belt after the gearbox reducer. It has high torque at low speed and high power at high speed.