Gantry machining center
HS-G
High precision
High agility
Low friction
Retail Price
Market price
Supplier:
Weight
Stock surplus
隐藏域元素占位
- Product Description
- Product specifications and models
-
- Brand: HS
- Commodity name: Gantry machining center
- 型号: HS-G
- 特点01: High precision
- 特点02: High agility
- 特点03: Low friction
The launch of the OHS-G Gantry-type Machining Center series primarily targets the precision machining of medium to large-sized parts, representing a comprehensive upgrade to the performance of the C-type large gantry.
All three axes utilize ultra-heavy-duty roller linear guides from the renowned Taiwanese manufacturer HIWIN, significantly enhancing guide rigidity and heavy cutting capabilities while ensuring
high agility, high precision, low friction, and low creep during machine bed movement.Combined with HIWIN high-precision C3-class ball screws, the overall positioning accuracy stability of the machine tool is greatly improved.
The OZ axis boldly adopts ultra-heavy-duty roller linear guides, combining high rigidity with excellent high-speed precision performance. Z-axis backlash is significantly reduced, and the overall Z-axis
divisional precision is improved by over 50% compared to plastic guides, eliminating the need for periodic adjustment of the Z-axis movement gap.The HS-G series boasts excellent structural characteristics. The bed components are made of HT300 integral casting for structural stability.
The gantry beam and column are integrally cast, reducing the typical seven major components of a gantry to five, minimizing cumulative errors during assembly and enhancing the gantry's
overall rigidity and stability of the crucial frame structure.The beam guide (Y-axis) uses a 90-degree orthogonal mounting method. Compared to the traditional gantry's same-direction mounting method, this approach, with the same beam size, results in more reasonable force distribution on the guide.
-
Project
Unit
HS-2016G
HS-2521G
HS-3021G
HS-4021G
HS-5032G
Workbench ( Length "Width )
mm
2000*1400
2500*1850
3000*1850
4000*1850
5000-2500
Maximum load of workbench
kg
5000
8000
10000
12000
22000
T Slot ( Number of slots, slot width " Pitch )
mm
7-18*200
10-22*150
10-22 · 150
10-22*150
12-22 · 200
Processing range
Door width
mm
1600
2100
2100
2100
3200
X Axis /Y Axis /Z Axis stroke
mm
2200/1620/700
2700/2100/800
3200/2100/800
4200/2100/800
5200/3200/1250
Distance from spindle face to workbench surface
mm
210-910
210-1010
210-1010
210-1010
360-1610
Feed system
CNC System
FANUCOIMFPLUS
FANUCOIMFPLUS
FANUCOIMFPLUS
FANUCOIMFPLUS
FANUCOIMFPLUS
X/Y/Z Axis rapid traverse
m/min
12/12/10
12/12/10
12/12/10
12/12/10
10/12/10
Maximum cutting feed rate
m/min
7
7
7
7
7
Automatic tool changer system, CNC milling does not have this item
Standard number of tools ( Pieces )
BT50/24
BT50/24
BT50/24
BT50/24
BT50/24
Maximum tool diameter and length
mm
Φ 200/300
φ 200/300
φ 200/300
φ 200/300
φ 200/300
Tool change method
Pneumatic
Pneumatic
Pneumatic
Pneumatic
Pneumatic
Maximum tool weight
kg
15
15
15
15
15
Accuracy
Positioning accuracy
mm
0.021
0.021
0.021
0.021
0.021
Repeatability
mm
0.1
0.1
0.1
0.1
0.1
Guideway type
X Axis guideway
Roller linear guideway /55
Roller linear guideway /55
Roller linear guideway /55
Roller linear guideway /55
Roller linear guideway /55
Y Axis guideway
Roller linear guideway /55
Roller linear guideway /55
Roller linear guideway /55
Roller linear guideway /55
Roller linear guideway /55
Z Axis guideway
Rectangular guideway
Rectangular guideway
Rectangular guideway
Rectangular guideway
Rectangular guideway
Spindle system
Spindle specifications ( Model, mounting diameter )
BT50/ φ 190
BT50/ φ 190
BT50/ φ 190
BT50/0190
BT50/0200
Belt-driven milling head, maximum speed
r.p.m
6000
6000
6000
6000
6000
Spindle motor power
kw
15/18.5
15/18.5
15/18.5
22/26
22/26
Air pressure
Air demand
kg/cm ²
≥ 6
≥ 6
≥ 6
≥ 6
≥ 6
Air flow rate
m ³ /min
≥ 0.5
≥ 0.5
≥ 0.5
≥ 0.5
≥ 0.5
Machine specifications
Machine weight
kg
17000
23500
26500
36500
53000
Overall dimensions ( Length * Width * Height )
mm
5720x4855x3800
6940x4870x4270
8540x4870x4270
9900x4870x4270
12410x5548x5734
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Product specifications and models
Project | Unit | HS-2016G | HS-2521G | HS-3021G | HS-4021G | HS-5032G |
Workbench ( Length "Width ) | mm | 2000*1400 | 2500*1850 | 3000*1850 | 4000*1850 | 5000-2500 |
Maximum load of workbench | kg | 5000 | 8000 | 10000 | 12000 | 22000 |
T Slot ( Number of slots, slot width " Pitch ) | mm | 7-18*200 | 10-22*150 | 10-22 · 150 | 10-22*150 | 12-22 · 200 |
Processing range | ||||||
Door width | mm | 1600 | 2100 | 2100 | 2100 | 3200 |
X Axis /Y Axis /Z Axis stroke | mm | 2200/1620/700 | 2700/2100/800 | 3200/2100/800 | 4200/2100/800 | 5200/3200/1250 |
Distance from spindle face to workbench surface | mm | 210-910 | 210-1010 | 210-1010 | 210-1010 | 360-1610 |
Feed system | ||||||
CNC System | | FANUCOIMFPLUS | FANUCOIMFPLUS | FANUCOIMFPLUS | FANUCOIMFPLUS | FANUCOIMFPLUS |
X/Y/Z Axis rapid traverse | m/min | 12/12/10 | 12/12/10 | 12/12/10 | 12/12/10 | 10/12/10 |
Maximum cutting feed rate | m/min | 7 | 7 | 7 | 7 | 7 |
Automatic tool changer system, CNC milling does not have this item | ||||||
Standard number of tools ( Pieces ) | | BT50/24 | BT50/24 | BT50/24 | BT50/24 | BT50/24 |
Maximum tool diameter and length | mm | Φ 200/300 | φ 200/300 | φ 200/300 | φ 200/300 | φ 200/300 |
Tool change method | | Pneumatic | Pneumatic | Pneumatic | Pneumatic | Pneumatic |
Maximum tool weight | kg | 15 | 15 | 15 | 15 | 15 |
Accuracy | ||||||
Positioning accuracy | mm | 0.021 | 0.021 | 0.021 | 0.021 | 0.021 |
Repeatability | mm | 0.1 | 0.1 | 0.1 | 0.1 | 0.1 |
Guideway type | ||||||
X Axis guideway | | Roller linear guideway /55 | Roller linear guideway /55 | Roller linear guideway /55 | Roller linear guideway /55 | Roller linear guideway /55 |
Y Axis guideway | | Roller linear guideway /55 | Roller linear guideway /55 | Roller linear guideway /55 | Roller linear guideway /55 | Roller linear guideway /55 |
Z Axis guideway | | Rectangular guideway | Rectangular guideway | Rectangular guideway | Rectangular guideway | Rectangular guideway |
Spindle system | ||||||
Spindle specifications ( Model, mounting diameter ) | | BT50/ φ 190 | BT50/ φ 190 | BT50/ φ 190 | BT50/0190 | BT50/0200 |
Belt-driven milling head, maximum speed | r.p.m | 6000 | 6000 | 6000 | 6000 | 6000 |
Spindle motor power | kw | 15/18.5 | 15/18.5 | 15/18.5 | 22/26 | 22/26 |
Air pressure | ||||||
Air demand | kg/cm ² | ≥ 6 | ≥ 6 | ≥ 6 | ≥ 6 | ≥ 6 |
Air flow rate | m ³ /min | ≥ 0.5 | ≥ 0.5 | ≥ 0.5 | ≥ 0.5 | ≥ 0.5 |
Machine specifications | ||||||
Machine weight | kg | 17000 | 23500 | 26500 | 36500 | 53000 |
Overall dimensions ( Length * Width * Height ) | mm | 5720x4855x3800 | 6940x4870x4270 | 8540x4870x4270 | 9900x4870x4270 | 12410x5548x5734 |
Product Introduction
The launch of the OHS-G Gantry-type Machining Center series primarily targets the precision machining of medium to large-sized parts, representing a comprehensive upgrade to the performance of the C-type large gantry.
All three axes utilize ultra-heavy-duty roller linear guides from the renowned Taiwanese manufacturer HIWIN, significantly enhancing guide rigidity and heavy cutting capabilities while ensuring
high agility, high precision, low friction, and low creep during machine bed movement.
Combined with HIWIN high-precision C3-class ball screws, the overall positioning accuracy stability of the machine tool is greatly improved.
The OZ axis boldly adopts ultra-heavy-duty roller linear guides, combining high rigidity with excellent high-speed precision performance. Z-axis backlash is significantly reduced, and the overall Z-axis
divisional precision is improved by over 50% compared to plastic guides, eliminating the need for periodic adjustment of the Z-axis movement gap.
The HS-G series boasts excellent structural characteristics. The bed components are made of HT300 integral casting for structural stability.
The gantry beam and column are integrally cast, reducing the typical seven major components of a gantry to five, minimizing cumulative errors during assembly and enhancing the gantry's
overall rigidity and stability of the crucial frame structure.
The beam guide (Y-axis) uses a 90-degree orthogonal mounting method. Compared to the traditional gantry's same-direction mounting method, this approach, with the same beam size, results in more reasonable force distribution on the guide.
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