3D parametric, vertical profiled sheet with optional\n- profile sizes\n- rotation of cutting plane\n- angle of the 2 cutting planes

3D Text. Options: font type, face code, rotation.

HEA steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

HEAA steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

HEB steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

HEM steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

IPE steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

IPN steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

RHS cold-formed steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

RHS hot-finished steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

SHS cold-formed steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

SHS hot-finished steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

T-shaped steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

UAP steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

Unequal angles steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

UPN steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

Z-shaped steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

Lipped C section light steel beam with different sizes, cutting planes at the ends and rotation along axis or cross section.

Plain C section light steel beam with different sizes, cutting planes at the ends and rotation along axis or cross section.

Z section light steel beam with different sizes, cutting planes at the ends and rotation along axis or cross section.

Joist steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

Parallel flange channel steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

Universal steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

Universal bearing piles steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

Universal column steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

Equal angles steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

#http://www.3dsmile.it developed by Mirco Sorgato Architect mircosorgato@libero.it - ITALY - AC 7 R3 : 26-IX-2002 AC 8.1 R2 : 06-II-2004 Re edit for AC 10 + CU mirco3D parametric, FreeForma Bend, with optional\n- bend ray\n- X rotation

3D Text. Options: font type, face code, rotation.

Total Zone is a zonestamp which will solve all your zone problems. No more duplicated zones for each different output, one zone for all output. With the Model View Options this zone can be different in each view, increasing the BIM factor of your model. CHECK OUT ALL THE FEATURES!

Written by Mark Beauman Updates 4.0.1 General interface improvements & fixes. 4.0.2 Half line marking radial islands not shown. 4.0.3 Unecessary detail shown when stretched. 4.0.4 Road under islands doesnt turn-off 4.0.5 No road in 2D and 3D for half islands and no islands according to style 4.0.6 Groups, Cars, and Odd Cars do not update when changing all variations of parking style 4.0.7 Total angle does not update when inside or outside radius is changed 4.0.8 Australian Standard drawn incorrectly 4.0.9 Wheel Stop eye in interface turns on and off with Road display control 4.0.10 Display by scale added to line width 4.0.11 Interface eye for gutter on and off with Island display control 4.0.12 Road fill for islands when in line marking mode now turns on and off with island checkbox, interface updated to reflect this also. 4.0.13 Interace main menu modified for better understanding 4.0.14 Hotline removed from Parking lines to speed up dragging in plan view. Parameter name of Hotline changed to avoid clashes with ArchiCAD command. 4.0.15 3d vehicle rotation modifed so random rotation correctly shows car in middle of space. 4.0.16 Variable names changes to avoid conflicts in version 12

HEA steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

Parallel flange channel steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

3D Text. Options: font type, face code, rotation.

Angle and length checking label with defineable accuracy . Use to audit walls, beams, columns and objects to check if the orientation and length is out by fractional amounts. This was designed to serve as a tool to check walls, beams, columns, and object placement, rotation and lengths. The best way to use it is to create an audit layer and set the label to the audit layer, modify the accuracy properties to suit your needs (If you want to make sure element lengths are to the nearest 1mm set the accuracy property to 1mm - if you want to check if the angle of the placed element is orthogonal set the angle accuracy to 90 ,select the elements to be checked either by selecting the relevant tool and Ctrl A or just selecting then Ctrl Shift L to label all. It will give an instant indication of all elements that may require attention by highlighting the label elements in red. It is very useful when converting design drawings to construction drawings.

Joist steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

Slope annotation that reads from rotation angle

SHS hot-finished steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

Plain C section light steel beam with different sizes, cutting planes at the ends and rotation along axis or cross section.

This is a unique door construction High Performance (HP) Door Solution without traditional hinges. Instead, the doors has a pivot mounting that makes the door blade may rotate in and out of the door opening. This creates a number of advantages over traditional swing doors, for example, space savings and higher availability for wheelchair users.

Z section light steel beam with different sizes, cutting planes at the ends and rotation along axis or cross section.

Universal steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

Universal bearing piles steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

Universal column steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

Equal angles steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

Lipped C section light steel beam with different sizes, cutting planes at the ends and rotation along axis or cross section.

T-shaped steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

UAP steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

Unequal angles steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

UPN steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

Z-shaped steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

HEAA steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

HEB steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

HEM steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

IPE steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

IPN steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

RHS cold-formed steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

RHS hot-finished steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

SHS cold-formed steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

A wall mounted articulating boom system that provides the flexibility of a ceiling boom and the practicality of a headwall. Unit has an arm range of 190 degrees and 330 degree head rotation. Provides availability of retractable or fixed, single or double arms. Unit can supply up to 16 gas outlets and up to 40 line voltage receptacles and 12 low voltage provisions. Unit provides multiple bed/caregiver interface positions. A variety of accessories are available.

Dental operating light designed to be cabinet mounted. Unit has an auto on/off function with chair preset movements, three position or variable intensity and third axis of rotation for precise light head positioning. Light has a quartz halogen lamp.

Freestanding platelet incubator. Unit is equipped with a rotator. The unit can be a single or dual capacity unit and can hold platelet rotators and agitators for continual mixing at 22 degrees centigrade. It has forced air circulation to maintain a uniform temperature throughout the incubator, a temperature range of 15-40 degrees centigrade, an alarm system for temperature deviations or power failure and a rotation speed of 6 rpm to maintain the viability of platelet concentrations.

The exam light shall be table mounted. The light will be a halogen bulb that can produce a continuous and homogeneous spot of light adjustable from 5 to 9 inches in diameter from a set distance. The light intensity shall be a minimum of 750 foot-candles at a distance of 16 inches and have a color temperature of 3,200 degrees Kelvin. The unit will consist of an arm or sleeve of approximately 45 inches in length to allow for easy arm rotation and arm movement up and down.

The exam light shall be a mobile floor unit. The light will be a halogen bulb or LED that can produce a continuous and homogeneous spot of light adjustable from 5 to 9 inches in diameter from a set distance. The light intensity shall be a minimum of 750 foot-candles at a distance of 16 inches and have a color temperature of 3,200 degrees Kelvin. The unit will consist of an arm or sleeve of approximately 45 inches in length to allow for easy arm rotation and arm movement up and down. The unit shall be mounted on a caster base for easy movement.

High intensity spot viewer. Unit can be desk or wall mounted with a foot switch. A swivel mount allows rotation for different angles. The illuminator is used for viewing dense films.

Precise and reliable heat meter, equipped with high class heat calculator and flow transducer of class 2, with electronic detection of rotor rotation and archiving many of data readings. It is distinguished by its modern design. Heat meter for measuring the consumption of heat energy drawn from heat networks by small residential or office buildings. Heating factor with a temperature up to 90 °C (105 °C - when installing the heat meter on a return pipe) and maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), or in vertical hoses (V).

Precise and reliable heat meter, equipped with high class heat calculator and flow transducer of class 2, with electronic detection of rotor rotation and archiving many of data readings. It is distinguished by its modern design. Heat meter for measuring the consumption of heat energy drawn from heat networks by small residential or office buildings. Heating factor with a temperature up to 90 °C (105 °C - when installing the heat meter on a return pipe) and maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), or in vertical hoses (V).

Precise and reliable heat meter, equipped with high class heat calculator and flow transducer of class 2, with electronic detection of rotor rotation and archiving many of data readings. It is distinguished by its modern design. Heat meter for measuring the consumption of heat energy drawn from heat networks by small residential or office buildings. Heating factor with a temperature up to 90 °C (105 °C - when installing the heat meter on a return pipe) and maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), or in vertical hoses (V).

Precise and reliable heat meter, equipped with high class heat calculator and flow transducer of class 2, with electronic detection of rotor rotation and archiving many of data readings. It is distinguished by its modern design. Heat meter for measuring the consumption of heat energy drawn from heat networks by small residential or office buildings. Heating factor with a temperature up to 90 °C (105 °C - when installing the heat meter on a return pipe) and maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), or in vertical hoses (V).

Precise and reliable heat meter, equipped with high class heat calculator and flow transducer of class 2, with electronic detection of rotor rotation and archiving many of data readings. It is distinguished by its modern design. Heat meter for measuring the consumption of heat energy drawn from heat networks by small residential or office buildings. Heating factor with a temperature up to 90 °C (105 °C - when installing the heat meter on a return pipe) and maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), or in vertical hoses (V).