E-Drive搭載の自走式ハニカムプレート ZEISS CARFIT eMOBEE

モータードライブ可動式 ハニカムプレート

リモート制御の自走式ハニカムグリッドプレートCARFIT eMOBEEは、コンポーネントをA地点からB地点に効率的に搬送し、測定室での測定機への積載作業を持続的に簡素化します。

How you benefit from ZEISS CARFIT eMobee

  • revolutionizes the loading processes in the measuring lab
  • efficient use of the measuring machines
  • greater process monitoring
  • lightweight and stable honeycomb structure, maximum stability at minimum weight
  • four-wheel drive lateral movements and 360° rotation possible




The ZEISS CARFIT eMOBEE features an electric motor and is powered by built-in batteries. The battery life depends on the load, the travel path and the frequency – under normal operating conditions, a single charge is sufficient for several days of use. 

Navigation Without Detours

ZEISS CARFIT eMOBEEには電気モーターが付いており、内蔵バッテリーで駆動します。バッテリーの寿命は負荷、移動経路、頻度によって異なりますが、通常の動作条件下では、1回の充電で数日間使用できます。自動運転と手動運転のいずれかを選択できます。






ZEISS CARFIT eMOBEEで、個々のコンポーネントを生産ラインから測定室、さらには目的の測定機にスケジュールに従って自動で移動させることができます。マルチグリッドプレートを併用することで、測定機のダウンタイムが劇的に短縮されます。


Light, maximum loadable and extremely stable: the mobile honeycomb grid plate CARFIT eMOBEE revolutionizes the loading processes in the measuring room.

Low net weight

High load capacity

High stiff ness by honeycomb core

Strong electric drive

Quiet operation

Insensitive to uneven floors

Omnidirectional driving options

Quick availability

Technical data for the mobile honeycomb plate


2000 mm x 1000 mm, 4000 mm x 2000 mm, 5000 mm x 2000 mm


from 630 kg (smallest version)


Electric motor

Travel path definition

DMC matrix; travel path defined using adhesive markers on the floor

Hole grid versions

50 mm x 50 mm, 100 mm x 100 mm, 200 mm x 200 mm


manual (remote with joystick, wireless) or half automatic

Maximum load

up to 6000 kg


1 m / sec.

Positioning accuracy

+/- 1 mm

Movement options

Freely navigable: lateral movements and 360° rotation possible

If the vehicle weight is over 6400 kg, which corresponds to a payload of approx. 4200 kg, the maximum speed of the vehicle must be reduced. In this case, the maximum speed depends on the ground conditions, load distribution, driving distance and driving direction (proportion of longitudinal or transverse driving) under load.