Com Scraper
Spider read google.com.gt in 686 ms without a browser and returned 117 lines of clean markdown.
|Thin film encapsulation for LCP-based flexible bioelectronic implants: comparison of different coating materials using test methodologies for life-time estimationA Pak, K Nanbakhsh, O Hölck, R Ritasalo, M Sousa, M Van Gompel, ...|An ultrasonically powered and controlled ultra-high-frequency biphasic electrical neurostimulatorL Tacchetti, WA Serdijn, V Giagka2018 IEEE Biomedical Circuits and Systems Conference (BioCAS), 1-4, 2018|Long-term Encapsulation of Platinum Metallization Using a HfO2 ALD-PDMS Bilayer for Non-hermetic Active ImplantsK Nanbakhsh, R Ritasalo, WA Serdijn, V Giagka2020 IEEE 70th Electronic Components and Technology Conference (ECTC), 2020|Effect of signals on the encapsulation performance of parylene coated platinum tracks for active medical implantsK Nanbakhsh, M Kluba, B Pahl, F Bourgeois, R Dekker, W Serdijn, ...2019 41st Annual International Conference of the IEEE Engineering in …, 2019|Pressure measurement of geometrically curved ultrasound transducer array for spatially specific stimulation of the vagus nerveS Kawasaki, V Giagka, M de Haas, M Louwerse, V Henneken, ...2019 9th International IEEE/EMBS Conference on Neural Engineering (NER), 2019|Controlled silicon IC thinning on individual die level for active implant integration using a purely mechanical processV Giagka, N Saeidi, A Demosthenous, N Donaldson2014 IEEE 64th Electronic Components and Technology Conference (ECTC), 2213-2219, 2014|A robust backscatter modulation scheme for uninterrupted ultrasonic powering and back-communication of deep implantsIEEE Transactions on Ultrasonics, Ferroelectrics, and Frequency Control 71 …, 2024|A chip integrity monitor for evaluating moisture/ion ingress in mm-sized single-chip implantsOC Akgun, K Nanbakhsh, V Giagka, WA SerdijnIEEE Transactions on Biomedical Circuits and Systems 14 (4), 658-670, 2020The same call, in code.
The capture above came back as markdown. These examples add a key, so you get browser rendering, proxies, and concurrency on google.com.gt.
import { SpiderBrowser } from "spider-browser";
const spider = new SpiderBrowser({
apiKey: process.env.SPIDER_API_KEY!,
});
await spider.connect();
const page = spider.page!;
await page.goto("https://google.com.gt");
// No selectors, no schema. Spider reads the page and names the fields.
const data = await page.scrape();
console.log(data);
await spider.close();import { Spider } from "@spider-cloud/spider-client";
const spider = new Spider({ apiKey: process.env.SPIDER_API_KEY! });
const result = await spider.scrapeUrl("https://www.google.com.gt", {
return_format: "markdown",
});
console.log(result);Ready for volume? Get an API key →
Fields you can pull.
Spider names these from the page. The capture above came back as markdown; the same
call with return_format: "json" returns them as keys.
What google.com.gt costs to scrape.
The capture above cost $0.000268 to fetch. Pricing is $1 per GB of pre-transformation bandwidth plus $0.001 per CPU minute, so a page like this one lands at a fraction of a cent. Failed requests are billed at $0.
- Free balance on signup
- No card required to test
- Balance never expires
Run it keyless, no account
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Start scraping google.com.gt.
You already have the call. A key raises the rate limit and turns on browser rendering, proxies, and concurrency. Balance never expires, and top-ups go through secure checkout.