SmartCut.Pro
Hvordan virker det? (video)
Beregningen kan tage op til et minut
OSS
Hvad gør denne kalkulator?
SmartCut.Pro er en praktisk online kalkulator til optimal lineær materialeskæring. Vores algoritme hjælper med at reducere spild og udnytte materialerne mest effektivt, hvilket sikrer præcision og besparelse. Angiv blot dimensionerne for de oprindelige produkter og de nødvendige dele — systemet beregner øjeblikkeligt den bedste skæremodel. Den er velegnet til byggeri, produktion, montering og andre opgaver, hvor rationel anvendelse af langstrakte materialer er vigtig. Spar tid, penge og ressourcer med en smart, automatiseret beregning!
Hvad kan beregnes i kalkulatoren?
Armering, bjælke, kabel, reb, LED-strips, tapet, forskellige ledninger, snore, kæder, remme, snore, slanger, bunter, kantsten, lister, træplader, panel, fodlister, møbelpaneler, træpaneler, aluminiumsprofiler, metalrør, stålkonturer, profilerør, kobberbusser, plastikpaneler, PVC-profiler, polykarbonatrør, kompositprofiler, kabelkanaler, elektriske kabler, gummitætninger, karminisser, gelændere, HDPE-rør, PVC-rør, tagrender, metalriller, træbjælker, byggebjælker, terrassedækker, trappegelændere.
How does it work? (video)
API v3
Request: POST https://smartcut.pro/api/v3/
Example request data: (body payload in JSON string format) example_request.json
Example response data: example_response.json
How to quickly enter a list of parts, for example, from Excel?
Example of a task for a linear cutting calculator:
For example, you need to cut 6-meter boards into: 23 pieces of 1.2m, 12 pieces of 2.3m, 6 pieces of 3m, and 17 pieces of 0.8m. How can you use the least amount of original boards and minimize waste?
Cutting with angled cuts. Cutting with angled edges (like picture frames):
In the case of two types of segments with different angles (for example, 30 and 60 degrees), two separate calculations need to be done for each type of segment. However, if the angle is the same for all segments (for example, 45 degrees), the cutting task can usually be solved with a single calculation.
For example, consider the task of cutting 4 types of segments from 2-meter-long blanks: with lengths of 79cm/75cm (outer/inner length), 59/55cm, 39/35cm, and 29/25cm.
Solution: In the calculator, we specify the AVERAGE length of the segments: 77cm, 57cm, 37cm, and 27cm, while setting the blank length to 1.98 meters (the length of the blank for cutting 2 meters minus the difference between the maximum and average length of any segment, which is (59-57) = 2cm). In the resulting cutting map, the cutting points should be marked as shown in the figure:
