- Catalogs
- Eitzenberger GmbH
- EZ-0053-020
EZ-0053-020
EZ-0053-020
- EZ-0053-020: Max capacity 124 N, nominal 92 N, gap height 3.1 µm, stiffness 19 N/µm, air consumption 0.33 Sl/min, weight 7 g.
- EZ-0053-025: Max capacity 202 N, nominal 149 N, gap height 2.8 µm, stiffness 29 N/µm, air consumption 0.20 Sl/min, weight 11 g.
- EZ-0053-030: Max capacity 314 N, nominal 231 N, gap height 2.9 µm, stiffness 52 N/µm, air consumption 0.45 Sl/min, weight 17 g.
- EZ-0053-035: Max capacity 437 N, nominal 322 N, gap height 3.3 µm, stiffness 68 N/µm, air consumption 0.48 Sl/min, weight 25 g.
- EZ-0053-040: Max capacity 561 N, nominal 413 N, gap height 2.9 µm, stiffness 96 N/µm, air consumption 0.57 Sl/min, weight 39 g.
- EZ-0053-045: Max capacity 713 N, nominal 525 N, gap height 2.9 µm, stiffness 103 N/µm, air consumption 0.52 Sl/min, weight 55 g.
- EZ-0053-050: Max capacity 897 N, nominal 661 N, gap height 4.1 µm, stiffness 105 N/µm, air consumption 0.60 Sl/min, weight 77 g.
- EZ-0053-055: Max capacity 1173 N, nominal 864 N, gap height 3.2 µm, stiffness 162 N/µm, air consumption 0.59 Sl/min, weight 95 g.
- EZ-0053-060: Max capacity 1387 N, nominal 1022 N, gap height 3.3 µm, stiffness 187 N/µm, air consumption 0.67 Sl/min, weight 129 g.
- EZ-0053-080: Max capacity 2466 N, nominal 1817 N, gap height 3.9 µm, stiffness 401 N/µm, air consumption 0.76 Sl/min, weight 240 g.
- EZ-0053-100: Max capacity 3694 N, nominal 2722 N, gap height 3.1 µm, stiffness 602 N/µm, air consumption 0.46 Sl/min, weight 528 g.
- EZ-0053-120: Max capacity 5522 N, nominal 4069 N, gap height 4.1 µm, stiffness 750 N/µm, air consumption 2.27 Sl/min, max velocity 6 m/s.
- EZ-0053-150: Max capacity 8744 N, nominal 6443 N, gap height 3.1 µm, stiffness 963 N/µm, air consumption 0.37 Sl/min, max velocity 6 m/s.
- EZ-0053-170: Max capacity 10650 N, nominal 7847 N, gap height 6.0 µm, stiffness 1248 N/µm, air consumption 2.48 Sl/min, max velocity 6 m/s.
- EZ-0053-210: Max capacity 17936 N, nominal 13216 N, gap height 7.7 µm, stiffness 2535 N/µm, air consumption 5.24 Sl/min, max velocity 6 m/s.
- EZ-0053-260: Max capacity 25895 N, nominal 19081 N, gap height 7.0 µm, stiffness 1707 N/µm, air consumption 5.06 Sl/min, max velocity 6 m/s.
- EZ-0053-360: Max capacity 48203 N, nominal 35518 N, gap height 7.2 µm, stiffness 3208 N/µm, air consumption 5.25 Sl/min, max velocity 6 m/s.
Catalog excerpts
EITZENBERGER Luftlagertechnik GmbH EEITZENBERGER develops, manufactures and assembles air bearings and air bearing systems with accuracy down to nanometers. We provide standard air bearing products like spindles, turn tables, linear axes and air bearing pads. Additionally we offer innovative individual development and solutions down to one part. Eitzenberger air bearings provide high load capacity, stiffness and good damping. They exhibit precise smooth and wear free running. EITZENBERGER air bearings are equipped with a robust dry running coating.
Open the catalog to page 1
static stiffness/(N/µm) Thermodynamically optimised air cushion by micro groove system.1* Bearing surface with dry running coating. carrying capacity/(N) carrying capacity Maximum carrying capacity / (N) 0 Nominal carrying capacity / (N) Bearing weight (aluminium) / (g) Air supply thread 2 = Mixed friction range Adapted with centre screw Patents: US 6,164,827, DE 199 18 564 A1 Different supply pressure on request 3* at nominal carrying capacity 2* For specifications of guide surface, air quality requirements and gap definition see last pages of the catalogue. General information about design...
Open the catalog to page 2
Round Air Bearing carrying capacity static stiffness/(N/µm) Thermodynamically optimised air cushion by micro groove system.1* Bearing surface with dry running coating. carrying capacity/(N) Maximum carrying capacity / (N) 0 Nominal carrying capacity / (N) Bearing weight (aluminium) / (g) Air supply thread 2 = Mixed friction range Adapted with centre screw Patents: US 6,164,827, DE 199 18 564 A1 Different supply pressure on request 3* at nominal carrying capacity 2* For specifications of guide surface, air quality requirements and gap definition see last pages of the catalogue. General information...
Open the catalog to page 3
Thermodynamically optimised air cushion by micro groove system.1* Bearing surface with dry running coating. static stiffness 60 static stiffness/(N/µm) carrying capacity/(N) carrying capacity Maximum carrying capacity / (N) Nominal carrying capacity / (N) Bearing weight (aluminium) / (g) Air supply thread 2 = Mixed friction range Adapted with centre screw Patents: US 6,164,827, DE 199 18 564 A1 Different supply pressure on request 3* at nominal carrying capacity 2* For specifications of guide surface, air quality requirements and gap definition see last pages of the catalogue. General information...
Open the catalog to page 4
static stiffness/(N/µm) Thermodynamically optimised air cushion by micro groove system.1* Bearing surface with dry running coating. carrying capacity/(N) carrying capacity Maximum carrying capacity / (N) 0 Nominal carrying capacity / (N) Bearing weight (aluminium) / (g) Air supply thread 2 = Mixed friction range Adapted with centre screw Patents: US 6,164,827, DE 199 18 564 A1 Different supply pressure on request 3* at nominal carrying capacity 2* For specifications of guide surface, air quality requirements and gap definition see last pages of the catalogue. General information about design...
Open the catalog to page 5
Thermodynamically optimised air cushion by micro groove system.1* Bearing surface with dry running coating. static stiffness 120 static stiffness/(N/µm) carrying capacity/(N) Maximum carrying capacity / (N) Nominal carrying capacity / (N) Bearing weight (aluminium) / (g) Air supply thread 2 = Mixed friction range Adapted with centre screw Patents: US 6,164,827, DE 199 18 564 A1 Different supply pressure on request 3* at nominal carrying capacity 2* For specifications of guide surface, air quality requirements and gap definition see last pages of the catalogue. General information about design...
Open the catalog to page 6
EITZENBEPGER Luftlagertechnik GmbH Thermodynamically optimised air cushion by micro groove system.1* Bearing surface with dry running coating. Maximum carrying capacity / (N) 604 713 Nominal carrying capacity / (N) 445 525 Bearing weight (aluminium)/(g) 55 Adapted with centre screw EZ-0149/EZ-0150 M12x1-R5 ^Patents: US 6,164,827, DE 199 18 564 A1 2* Different supply pressure on request 3* at nominal carrying capacity For specifications of guide surface, air quality requirements and gap definition see last pages of the catalogue. General information about design and function of our air bearings...
Open the catalog to page 7
Thermodynamically optimised air cushion by micro groove system.1* Bearing surface with dry running coating. static stiffness 120 static stiffness/(N/µm) carrying capacity/(N) carrying capacity Maximum carrying capacity / (N) Nominal carrying capacity / (N) Bearing weight (aluminium) / (g) 2 = Mixed friction range Adapted with centre screw Patents: US 6,164,827, DE 199 18 564 A1 Different supply pressure on request 3* at nominal carrying capacity 2* For specifications of guide surface, air quality requirements and gap definition see last pages of the catalogue. General information about design...
Open the catalog to page 8
Round Air Bearing carrying capacity static stiffness/(N/µm) Thermodynamically optimised air cushion by micro groove system.1* Bearing surface with dry running coating. carrying capacity/(N) Maximum carrying capacity / (N) 0 Nominal carrying capacity / (N) Bearing weight (aluminium) / (g) 2 = Mixed friction range Adapted with centre screw Patents: US 6,164,827, DE 199 18 564 A1 Different supply pressure on request 3* at nominal carrying capacity 2* For specifications of guide surface, air quality requirements and gap definition see last pages of the catalogue. General information about design...
Open the catalog to page 9
Thermodynamically optimised air cushion by micro groove system.1* Bearing surface with dry running coating. Maximum carrying capacity / (N) carrying capacity/(N) carrying capacity Nominal carrying capacity / (N) Bearing weight (aluminium) / (g) 2 = Mixed friction range Adapted with centre screw Patents: US 6,164,827, DE 199 18 564 A1 Different supply pressure on request 3* at nominal carrying capacity 2* For specifications of guide surface, air quality requirements and gap definition see last pages of the catalogue. General information about design and function of our air bearings is available...
Open the catalog to page 10All Eitzenberger GmbH catalogs and technical brochures
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- Positioning table
- Translation stage
- Motorized positioning table
- Turntable
- Precision positioning table
- Electric rotary table
- Technology positioning stage
- 2-axis positioning table
- Linear axis
- XY positioning table
- Rotary positioning table
- Electric linear axis
- Milling spindle
- Vertical positioning stage
- Precision linear axis
- Compact rotary table
- Machining spindle
- Direct-drive rotary table
- Grinding spindle
- Aluminum linear axis