Forestry Equipments
TSAP
TSAPDiscover the life history of trees
TSAP™ offers a powerful software platform for tree ring analyses. All steps, from measurement up to the evaluation of tree ring sequences, are covered by TSAP™. A large number of graphic and statistical functions up to database links are available in TSAP™ and help you manage your data.
Applications
- Historical dendrochronology
- Dendro-ecology
- Dendro-climatology
- Increment and stem analyses
- Geomorphology etc.
Benefits
- Different data formats are supported
- Graphic and statistical synchronization right on the screen
- Stores marks and comments together with the measured values
- Detailed data header
- Modular design: Comprehensive graphics and mathematical library, support of third-party formats, link to SQL databases
Measuring and processing (TSAP™ Basic)
- Direct control of measurement on the screen
- Graphic post-processing of data
- Internal notebook that stores marks and notes
- Supported software includes LINTAB™
Data analysis (TSAP™ Professional)
- Additional functions to TSAP™ Basic
- Synchronization with various mathematical routines
- Selection of linear or logarithmic Y axis possible
- Graphic control of synchronization on the screen
- Easy preparation of a chronology
- Supported software includes LINTAB™and VELMEX, and the TUCSON-format
Vertex 5
Vertex 5Vertex 5
Vertex is many foresters’ preferred choice of instrument to perform precision height, angle and distance measurements in the forest. The Vertex 5 can be used in dense vegetation and undergrowth.
Measuring functions
Vertex 5 is developed for measuring tree height, but it is of course possible to measure any preferable height.
The instrument measures the distance and angles then calculates the heights with trigonometry up to 999 meters or 3277 feet, with a resolution of 0.1m (0.1 ft).
Height
- Aim towards the transponder. Press and hold down ON until the sight cross goes out and you get the distance.
- Aim to the height to measure. Press and hold down ON until the sight cross goes out and the measured height is displayed.
- It is also possible to measure only distance or angle, e.g. slope angle
Sample plots
When using the center plot stick with the 360˚ adapter in the center of a sample plot, you can easily measure the distance and check if the trees on the plot are within the correct radius to be measured.
Sample points
When using a prism or similar, there is the BAF function “Basale Area Function” to control the minimum (DBH) that the tree must have to be counted at sample points.
BAF factors: 0.5, 1 to 9 (m2/ha) or 5, 10, 15..to 50 (ft2/acre)
Vertex 5 can be used in dense vegetation and undergrowth
FEATURES:
- Measure Distance up to 30 meters or 100 feet with a resolution of 0,01 m or 0,1 feet even in dense vegetation, and with an accuracy of +-1% or better if calibrated
- Measure Heights up to 999 meters or 3277 feet with a resolution of 0.1m/0.1 ft
- Measure Angles in Degrees 360°, Grads 400° or percent % with a resolution of 0.1°
- 5000 data sets can be stored in the built-in memory and saved as a CSV file
- Bluetooth® 4.0 (BLE) can be used to transfer data wirelessly to devices with Android, iOS, or Windows
- (BAF) Basal Area Function to determine the minimum diameter DBH that a tree most have, on sample point to be counted
- Multilanguage, select your preferred language
Vertex Laser Geo
Vertex Laser GeoNew models with EXTREME functionality- programmable with built in GPS & Compass
Rangefinder — Hypsometer — Bluetooth — Compass — GPS — Usb — SSD disk
HEIGHT & CANOPY HEIGHTS
3-point, 2-point or 1-point or direct measuring – choose preferred method to work with in the easy-to-follow menu system.
The 3D Vector function allows you to measure remote targets such as canopy width.
3D Map Area
Areal measuring
Use built in GPS to walk and log an area.
Or stand in the middle of the area and use the built in GPS, Compass, Laser and measure the points on the border of the area.
See results directly in Google Earth or other similar geographic applications.
3D Map Trail
Measure and plan driveways in forests.
Measure out where a cable car for timber or ski resorts should be pulled.
See positions on poles, height-separated for the entire distance.
See results directly in Google Earth or other similar geographic applications.
Features
The VERTEX LASER GEO with unique capabilities will allow you to measure, map, process and store forest and field data in a way you didn’t think was possible! Long range measurement with high precision laser and integrated tilt- and compass sensors for accurate 3D measurements. Results are presented in an integrated heads-up display and external, graphic display.
GPS and Mapping
The built in GPS-receiver and a 5-position numeric ID-attribute allow you to tag important data with coordinates with a simple key press.
Your data is stored on a built in SSD drive and immediately available for further processing when connecting a standard USB 2.0 interface to any PC or Apple computer.
No installation routines, converting software or special drivers are needed. Your field data can be opened straight in your favorite GIS- or spreadsheet application.
Complex operations such as area measurement, 3D mapping of targets and Trail mapping have integrated functions that also are available to you without any external tools. The 3D Vector function allows you to measure horizontal targets such as
canopy width.
Sample plots
When using ultrasound and the center plot stick with the 360˚ adapter in the center of a sample plot, you can easily measure the distance and check if the trees on the plot are within the correct radius to be measured.
Sample points
When using a prism or similar, there is the BAF function “Basale Area Function” to control the minimum (DBH) that the tree must have to be counted at sample points.
BAF factors: 0.5, 1 to 9 (m2/ha) or 5, 10, 15..to 50 (ft2/acre)
Vertex Laser Geo can be used in dense vegetation and undergrowth when usig ultrasound
Map Area
Use built in GPS to walk and log an area.
Or stand in the middle of the area and use the built in GPS, Compass, Laser and measure the points on the border of the area.
See results directly in Google Earth or other similar geographic applications.
3D Vector
The 3D Vector function allows you to measure remote targets such horizontal distances and angles between two points far ahead in the terrain such as canopy width or width of a river.
Line Clearance
Hazard trees
Line Clearance function.
- Measure on the wire
- Measure the tree height
- The unit calculates if the tree will fall on the wire or not.
- The unit calculates and present how much the tree will hit the line
Azimuth
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Water Rescue Pole
Water Rescue PoleWater Rescue Pole
Water Rescue PoleWater rescue poles are made of lightweight, compact, and easily portable carbon fiber telescopic poles and rescue kits, making them convenient for emergency workers, lifeguards, and other rescue personnel to carry and deploy quickly.
- Material: Carbon Fiber
- Surface: 3K Twill
- Sections: 4 ~ 9
- Clamps: Heavy-duty Quick-release Style
- Length: 6m, 9m, 13m, 17m and Customized Lengths
- Accessories: Clamp Flotation, Flotation Collar, Body Hook, Simple Hook, 3-Braces Hook
Well Sounder 2010 PRO
Well Sounder 2010 PROEno Scientific Well Sounder 2010 PRO
A highly accurate instrument designed for measuring static water level in wells, piezometers, or boreholes. This portable handheld unit uses sound waves to measure the distance from the top of the well to the water level, eliminating the need to lower anything into the well. Unlike standard water level tapes, these acoustic meters are free from well contamination issues, and there is no clean up and nothing to get stuck in the well. Simply place the probe into a well cap opening and turn the unit on. Within seconds, the unit will display the static water level measurement. Will work on crooked, straight, or coiled pipes with up to a 90% blockage. Requires no external equipment for configuration settings and is capable of logging, storing, and downloading 25 million time/date stamped data points. Key features include immediate data capture, auto temperature compensation, calculation of drawdown and recovery rates, real-time clock/calendar to time stamp the log data, USB download, plus it is weather-resistant.
WINGBEAT RECORDER OF FLYING INSECTS
WINGBEAT RECORDER OF FLYING INSECTSWINGBEAT RECORDER OF FLYING INSECTS
WINGBEAT RECORDER OF FLYING INSECTSThe device’s intended use is to automatically record insects’ wingbeating events as they cross the sensor’s probe volume.
It is an optoelectronic device for lab use based on infrared light not visible to human eye. The emitter and the receiver are based on Fresnel lenses. The device senses whatever moves between emitter and receiver, records the light fluctuations due to the casted shadow of the wings and produces an audio snippet in wav format that is stored along with temperature, humidity and a time-stamp of the event. The snippets are stored automatically in its SD card and can be processed with any audio processing program including Matlab and Python. Data can also be automatically uploaded to the Insectronics and retrieved from there.
It has been extensively tested to record the wingbeat of Aphides, Culicoides, fruit flies, bees and mosquitoes. Typically, the sensor is inserted in a BugDorm type insectary cage or in conjunction with a transparent confinement enclosure as seen in the accessories or tethered using a inverted tweezer.
Targeted insects: Any flying insect

