SmartCut.Pro :: FAQ

Que fait cette calculatrice ?

SmartCut.Pro — est un calculateur en ligne pratique pour l'optimisation de la découpe linéaire des matériaux. Notre algorithme aide à réduire les déchets et à utiliser les matériaux de manière optimale, assurant précision et économies. Indiquez simplement les dimensions des pièces de départ et des éléments requis — le système calculera instantanément le meilleur schéma de découpe. Convient pour la construction, la production, l'installation et d'autres tâches où l'utilisation rationnelle des matériaux de grande longueur est essentielle. Économisez temps, argent et ressources grâce à un calcul automatisé intelligent !

Que peut-on calculer avec le calculateur ?
Barres d'armature, poutres, câbles, cordes, bandes LED, papiers peints, divers fils, câbles d'acier, chaînes, courroies, cordons, tuyaux flexibles, faisceaux, bordures, moulures, rails, planches en bois, lambris, plinthes, panneaux de mobilier, panneaux en bois, profils en aluminium, tubes métalliques, profilés en acier, tubes profilés, barres omnibus en cuivre, panneaux en plastique, profils en PVC, tubes en polycarbonate, profils composites, goulottes pour câbles, câbles électriques, joints en caoutchouc, corniches, mains courantes, tubes en PEHD, tubes en PVC, systèmes de gouttières, guides métalliques, poutres en bois, solives, planches de terrasse, mains courantes d'escalier.

API v3

API v2

API v1

Request URL: https://smartcut.pro/api_cut.php
Request Method: GET / POST
Request parameters:
api_token: 3d2706bbc69168ecd75db8449f272287 (example)
params: -l 0 -s 2 -b 10000:100 -c 5600-4 3400-8 3500-4 4600-8 3300-12 (URL encode)




Example request link:
https://smartcut.pro/api_cut.php?api_token=3d2706bbc69168ecd75db8449f272287& params=-l%200%20-s%202%20-b%2010000:100%20-c%205600-4%203400-8%203500-4%204600-8%203300-12

Response:

{
   "status":"ok",
   "solution":{
      "10000":[
         [
            4,
            {
               "5600":1,
               "3300":1
            }
         ],
         [
            2,
            {
               "3300":3
            }
         ]
      ],
      "12000":[
         [
            8,
            {
               "11000":1
            }
         ]
      ]
   },
   "remaining_source_items":{
      "10000":14
   },
   "remaining_parts":[
      
   ]
}

Example curl request:
$data = array(
        'api_token' => '3d2706bbc69168ecd75db8449f272287',
        'params' => '-l 12000 -s 2 -b 10000:20 -c 5600-4 11000-8 3300-10',
);

$ch = curl_init();
curl_setopt($ch, CURLOPT_URL, "https://smartcut.pro/api_cut.php");
curl_setopt($ch, CURLOPT_RETURNTRANSFER, TRUE);
curl_setopt($ch, CURLOPT_HEADER, FALSE);
curl_setopt($ch, CURLOPT_POST, TRUE);

curl_setopt($ch, CURLOPT_POSTFIELDS, http_build_query($data));

curl_setopt($ch, CURLOPT_HTTPHEADER, array(
  "Content-Type: application/x-www-form-urlencoded"
));

$response = curl_exec($ch);
curl_close($ch);

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?

Is there an offline version or mobile app for the calculator?

No. The web version of the calculator is responsive for all types of devices and is highly optimized for fast loading even with slow internet, eliminating the need for a mobile app or offline version of the calculator.

How to embed the calculator on your website?

Insert this code on your webpage:
<iframe width="100%" height="500" src="https://smartcut.pro"></iframe>

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:

Is there a plan to develop sheet cutting (2D cutting)?

Yes, it is planned in the near future.

What does the 'Name' column mean?

The name of the part displayed on the cutting map. It can include any information: labeling, section size, part number, etc. This is not a mandatory parameter.

How does it work? (video)