3D LASER SCANNING SERVICES IN New York City

The iScano team operates across New York City and the state. We provide LiDAR information, as-built floorplans, 3D BIM models, RCP’s and engineering-based reports (BOMA) across all industries. The iScano team operates several different types of 3D laser scanners including FARO, Trimble and Leica providing precise information for buildings, architecture, industrial and the overall AEC space. Reach out to us today!

Learn More
iSCANO Across New York City and the State

Professional 3D Laser Scanning and CAD Services the NYC Region

The iScano team is the perfect choice for anyone who needs accurate 3D scanning or measurement services. Using the latest in 3D laser scanning technology and onsite technical knowledge, we can help you produce accurate 2D/3D drawings in CAD/Revit/BIM. So if you need to update old floorplans, make measurements or simply want some advice, our team is here to help! Click here to see some of our recent laser scanning projects.

We use 3D scanning technology to capture a massive amount of data in a short period of time, accurately, and efficiently in a variety of environments , as well as offer BIM services, scan-to-CAD services, and reverse engineering. We operate primarily in the industrial, construction, architectural and oil & gas space. Additionally we do 3D Scanning Services in Connecticut, Florida, Toronto, Montreal and Manitoba.

Laser scanner capturing industrial environment details
CONTACT US
AREAS OF OPERATIONS
OUR PROJECT

Construction

Learn More about Construction

Industrial

Learn More about Industrial

Architecture

Learn More about architecture

SQ FT Captured

Years of field experience with LiDAR

Hours Post-Processing

We are a different 3D LiDAR Scanning Service Company
Customer-Driven

We are a different 3D LiDAR Scanning Service Company

iScano is a client-first organization that prioritizes solutions rather than brands. Our agonistic approach enables our team to best meet the demands of our clients by customizing point cloud data to any CAD/BIM our clients require.

When you work with iScano on a CAD, BIM, or LiDAR-based project, you can rest assured that everything will be handled carefully and professionally!

INDUSTRIES WE SERVE
Community-Driven

A People-First 3D LiDAR Company

At iScano, we are passionate about equipping the New York community with 3D laser scanning data that can be used to make informed decisions and save money on projects. Our clients learn how to leverage point cloud technology for cost-effective building material purchases, improved site documentation and enhanced decision making capabilities between architects and contractors. By putting people first in everything we do, iScano provides valuable support throughout the entire project lifecycle!

Contact US
A People-First 3D LiDAR Company
(function () { const canvas = document.getElementById("pcad-canvas"); const container = document.getElementById("pcad-container"); const ctx = canvas.getContext("2d"); function resizeCanvas() { const rect = container.getBoundingClientRect(); const ratio = window.devicePixelRatio || 1; canvas.width = rect.width * ratio; canvas.height = (rect.width * 0.55) * ratio; ctx.setTransform(ratio, 0, 0, ratio, 0, 0); } resizeCanvas(); window.addEventListener("resize", () => { resizeCanvas(); initPoints(); }); const POINT_COUNT = 1600; let points = []; let cycleStart = null; const scatterDuration = 2200; const moveDuration = 2600; const pauseDuration = 1500; function getWalls(w, h, margin) { const m = margin; const outer = [ { x1: m, y1: m, x2: w - m, y2: m, orient: "h" }, { x1: w - m, y1: m, x2: w - m, y2: h - m, orient: "v" }, { x1: w - m, y1: h - m, x2: m, y2: h - m, orient: "h" }, { x1: m, y1: h - m, x2: m, y2: m, orient: "v" } ]; const corridorLeft = w * 0.35; const corridorRight = w * 0.65; const corridorTop = m; const corridorBottom = h - m; const corridor = [ { x1: corridorLeft, y1: corridorTop, x2: corridorLeft, y2: corridorBottom, orient: "v" }, { x1: corridorRight, y1: corridorTop, x2: corridorRight, y2: corridorBottom, orient: "v" }, { x1: corridorLeft, y1: h * 0.38, x2: corridorRight, y2: h * 0.38, orient: "h" }, { x1: corridorLeft, y1: h * 0.70, x2: corridorRight, y2: h * 0.70, orient: "h" } ]; const leftRooms = [ { x1: m, y1: h * 0.22, x2: corridorLeft, y2: h * 0.22, orient: "h" }, { x1: m, y1: h * 0.50, x2: corridorLeft, y2: h * 0.50, orient: "h" }, { x1: m, y1: h * 0.78, x2: corridorLeft, y2: h * 0.78, orient: "h" } ]; const rightRooms = [ { x1: corridorRight, y1: h * 0.26, x2: w - m, y2: h * 0.26, orient: "h" }, { x1: corridorRight, y1: h * 0.52, x2: w - m, y2: h * 0.52, orient: "h" }, { x1: corridorRight, y1: h * 0.80, x2: w - m, y2: h * 0.80, orient: "h" } ]; const coreLeft = w * 0.43; const coreRight = w * 0.57; const coreTop = h * 0.43; const coreBottom = h * 0.63; const core = [ { x1: coreLeft, y1: coreTop, x2: coreRight, y2: coreTop, orient: "h" }, { x1: coreRight, y1: coreTop, x2: coreRight, y2: coreBottom, orient: "v" }, { x1: coreRight, y1: coreBottom, x2: coreLeft, y2: coreBottom, orient: "h" }, { x1: coreLeft, y1: coreBottom, x2: coreLeft, y2: coreTop, orient: "v" } ]; return outer.concat(corridor, leftRooms, rightRooms, core); } function createTargets(count) { const rect = canvas.getBoundingClientRect(); const w = rect.width; const h = rect.height; const segments = getWalls(w, h, 40); const targets = []; for (let i = 0; i < count; i++) { const seg = segments[Math.floor(Math.random() * segments.length)]; const t = Math.random(); targets.push({ x: seg.x1 + (seg.x2 - seg.x1) * t, y: seg.y1 + (seg.y2 - seg.y1) * t, orient: seg.orient }); } return targets; } function initPoints() { const rect = canvas.getBoundingClientRect(); const w = rect.width; const h = rect.height; const targets = createTargets(POINT_COUNT); points = targets.map(t => ({ sx: Math.random() * w, sy: Math.random() * h, tx: t.x, ty: t.y, orient: t.orient, delay: Math.random() * 450 })); cycleStart = null; } function easeInOut(t) { return t < 0.5 ? 2 * t * t : 1 - Math.pow(-2 * t + 2, 2) / 2; } function drawBackground(w, h) { const g = ctx.createRadialGradient(w / 2, h / 2, 10, w / 2, h / 2, w); g.addColorStop(0, "#050607"); g.addColorStop(1, "#020203"); ctx.fillStyle = g; ctx.fillRect(0, 0, w, h); ctx.strokeStyle = "rgba(130,130,130,0.12)"; ctx.lineWidth = 1; const gridSize = 40; for (let x = 0; x < w; x += gridSize) { ctx.beginPath(); ctx.moveTo(x, 0); ctx.lineTo(x, h); ctx.stroke(); } for (let y = 0; y < h; y += gridSize) { ctx.beginPath(); ctx.moveTo(0, y); ctx.lineTo(w, y); ctx.stroke(); } } function drawDimensions(w, h) { ctx.strokeStyle = "#ff4a4a"; ctx.fillStyle = "#ff4a4a"; ctx.lineWidth = 1.2; ctx.font = "12px system-ui, Arial, sans-serif"; const leftX = 60; const rightX = w - 60; const dimY = h - 30; ctx.beginPath(); ctx.moveTo(leftX, dimY); ctx.lineTo(rightX, dimY); ctx.stroke(); ctx.beginPath(); ctx.moveTo(leftX, dimY); ctx.lineTo(leftX + 8, dimY - 4); ctx.lineTo(leftX + 8, dimY + 4); ctx.closePath(); ctx.fill(); ctx.beginPath(); ctx.moveTo(rightX, dimY); ctx.lineTo(rightX - 8, dimY - 4); ctx.lineTo(rightX - 8, dimY + 4); ctx.closePath(); ctx.fill(); ctx.fillText("18.40 m", w / 2 - 22, dimY - 8); const topY = 60; const bottomY = h - 60; const dimX = 40; ctx.beginPath(); ctx.moveTo(dimX, topY); ctx.lineTo(dimX, bottomY); ctx.stroke(); ctx.beginPath(); ctx.moveTo(dimX, topY); ctx.lineTo(dimX - 4, topY + 8); ctx.lineTo(dimX + 4, topY + 8); ctx.closePath(); ctx.fill(); ctx.beginPath(); ctx.moveTo(dimX, bottomY); ctx.lineTo(dimX - 4, bottomY - 8); ctx.lineTo(dimX + 4, bottomY - 8); ctx.closePath(); ctx.fill(); ctx.save(); ctx.translate(dimX - 18, (topY + bottomY) / 2 + 18); ctx.rotate(-Math.PI / 2); ctx.fillText("9.20 m", 0, 0); ctx.restore(); const rect = canvas.getBoundingClientRect(); const corridorLeft = rect.width * 0.35; const corridorRight = rect.width * 0.65; const cDimY = rect.height * 0.36; ctx.beginPath(); ctx.moveTo(corridorLeft, cDimY); ctx.lineTo(corridorRight, cDimY); ctx.stroke(); ctx.beginPath(); ctx.moveTo(corridorLeft, cDimY); ctx.lineTo(corridorLeft + 7, cDimY - 4); ctx.lineTo(corridorLeft + 7, cDimY + 4); ctx.closePath(); ctx.fill(); ctx.beginPath(); ctx.moveTo(corridorRight, cDimY); ctx.lineTo(corridorRight - 7, cDimY - 4); ctx.lineTo(corridorRight - 7, cDimY + 4); ctx.closePath(); ctx.fill(); ctx.fillText("Corridor 3.20 m", (corridorLeft + corridorRight) / 2 - 40, cDimY - 8); ctx.fillStyle = "#ff6b6b"; ctx.fillText("OFFICE 1", rect.width * 0.18, rect.height * 0.26); ctx.fillText("OFFICE 2", rect.width * 0.18, rect.height * 0.54); ctx.fillText("MEETING", rect.width * 0.72, rect.height * 0.30); ctx.fillText("MECH / CORE", rect.width * 0.46, rect.height * 0.53); } function draw(timestamp) { const showDimensions = true; if (!cycleStart) cycleStart = timestamp; const elapsed = timestamp - cycleStart; const rect = canvas.getBoundingClientRect(); const w = rect.width; const h = rect.height; const totalCycle = scatterDuration + moveDuration + pauseDuration; let cycleTime = elapsed % totalCycle; drawBackground(w, h); for (const p of points) { let x = p.sx; let y = p.sy; if (cycleTime > scatterDuration + p.delay) { let t = (cycleTime - scatterDuration - p.delay) / moveDuration; t = Math.min(Math.max(t, 0), 1); const eased = easeInOut(t); x = p.sx + (p.tx - p.sx) * eased; y = p.sy + (p.ty - p.sy) * eased; } ctx.beginPath(); ctx.fillStyle = "#ff2a2a"; ctx.arc(x, y, 2.0, 0, Math.PI * 2); ctx.fill(); ctx.beginPath(); ctx.strokeStyle = "rgba(255,0,0,0.5)"; ctx.lineWidth = 1.6; if (p.orient === "h") { ctx.moveTo(x - 3, y); ctx.lineTo(x + 3, y); } else { ctx.moveTo(x, y - 3); ctx.lineTo(x, y + 3); } ctx.stroke(); } if (showDimensions && cycleTime > scatterDuration + moveDuration * 0.9) { drawDimensions(w, h); ctx.fillStyle = "rgba(255,255,255,0.8)"; ctx.font = "13px system-ui, Arial, sans-serif"; ctx.fillText("Scan-to-CAD floorplan preview - iSCANO", 18, 22); } requestAnimationFrame(draw); } initPoints(); requestAnimationFrame(draw); })();
Using LiDAR and 3D Scanning Technology to create BIM
Solution-Driven

Using LiDAR and 3D Scanning Technology to create BIM

With using our 3D laser scanning equipment, we are able to create exisiting condition using point cloud information and generate a BIM model in Revit, AutoCAD, Navisworks and much more!

With our team of highly specifalized engineers, drafters and LiDAR specialists, we streamline the as-built documentation process for you in the format you want. Contact us now for more details.

Know More
Experts in the 3D Laser Scanning field

What you can do with the data from our 3D scanning services?

With laser scanning data, you can easily make 3D printing and CAD modeling assessments to analyze the outcomes. On top of that, it gives you the ability to document inspections on-site while keeping permanent records in form of reports. The digital twin camera allows for extra measurements which traditional techniques have difficulty detecting; additionally, with a virtual clone stored safely, one is able to effortlessly compare scans taken at various dates or save them into an external storage device. Overall with our data you can create achieves, AutoCAD floorplans, 3D BIM models, as-built information following BOMA and much more.

Contact US
Experts in the 3D Laser Scanning field
Precise measurements for asset management
Precise measurements for asset management

3D Laser Scanning Services for your existing conditions

Weather you are a project manager or engineer, accurate floorplan building deliverables are critical for you projects success. This is where iScano is here to help. We provide multiple compatible file types that could be used for CAD software. By providing a plan scan of your facility with accurate scan to BIM information contractors, architects or engineers can now accurately plan their projects with some peace of mind.

Know More
We create processes for your organization

Creation of actionable deliverables from laser scan data

Whatever your project may be, most necessary constructions necessitate some type of scan data in order to assist with the building’s layout or create some form of a single source of reality. Thus, Scan to BIM is an essential service. iScano provides laser scanning services to capture existing conditions in 3D using the latest laser range finders. This data can then be used to create a high quality Revit or AutoCAD model of the new construction site.

The scanned data is extremely accurate, allowing iScano engineers to generate detailed maps, plans and sections of the area with ease. 3D point clouds can also be generated to visualize the exact shape and size of the new construction site in full detail for example some basketball courts we did. Contact us for more information.

Contact US
We create processes for your organization

iScano USA New York City Office

Our Services in New York City

We generate millions of point cloud data with iSCANO by employing sophisticated, non-intrusive measuring equipment to millimetrically fulfill the needs of our clients. Some of the services we offer include:

Laser Scanning Services

Laser Scanning Services

LiDAR (Light Detection and Ranging) and point cloud capturing services.

iSCANO_As-Built_Floorplan_3D-Laser-Scanning

CAD Drafting

With point cloud information, we generate a Scan-to-CAD floorplan with millimetric precision.
Update CAD using As-Built

Update CAD using As-Built

3D/2D CAD aduit allow you to scale your current floor plan with millimetric precision.
Construction & Architectural AutoCAD and Models

Construction & Architectural AutoCAD and Models

Provide  drawing for AEC companies in DWG/DXF/RVT/IGES
BIM and 3D Modeling

BIM and 3D Modeling

Scan-to-BIM and 3D modeling for construction (AEC), industrial plants, and heritage sites.
Point Cloud and Reverse Engineering

Point Cloud and Reverse Engineering

Cylindrical, Volumetric, Components and Deviation analysis.
OUR SERVICES
COMPATIBLE WITH
3D_systems
AutoDesk
AutoDesk-AutoCad
Faro
Leica-Geosystems
Revit
Solidworks
Professional 3D Laser Scanning in the New York City Area
LOCALLY FOCUSED

Professional 3D Laser Scanning in the New York City Area

Allow our team of 3D laser scanning specialists to facilitate the point cloud at your construction sites. The iScano team is certified, and provides personalized solutions based on what you need most. We offer a broad range of services from LiDAR scanning to BIM—allowing you to focus on running operations as efficiently as possible. Our specialized services include:

  • Lidar Scanning & Data Capture
  • Scan-to-BIM
  • Scan-to-CAD
  • Surface inspections
Talk to us

Point Cloud Data and Scan Data done right

How much is a 3D scan service?

Every company is different when providing laser scanning services however, it is depending on the kind of deliverables you are looking for. Are you looking for as built drawings of a facility in existing conditions? Or are you looking for a simple CAD model or as built models of new construction.

Every project is unique, and the fee is calculated based on several factors such as equipment employed, accuracy required, its location, and how much point clouds analysis of the area. As we understand that everyone has different budgets in mind for their projects; our team members will adjust the quote to suit your budget with no extra charge. Seize this opportunity now by getting a free consultation from iScano!

For more information refer to our blog by clicking here.

How accurate is 3D laser scanning?

Precise scanning results depend heavily on the type of scanner being utilized. The iScano team typically offers survey Grade Accuracy between 2mm to 5mm – that’s roughly 1/10 inches to 1/14 inches – depending on data processing approaches, where the scan is conducted, and what method is deployed for capturing at-site locations.

How can iScano do laser design in a new construction site?

Our engineering team has crafted a method for assessing the current state of buildings with laser scan data. By utilizing sophisticated software, we can construct 3D models that capture every significant architectural detail. This information assists us in accurately evaluating the building’s structural reliability while also allowing us to create more precise project plans and designs. What’s more, our process yields impeccable scans useful when constructing as-built models, collecting point clouds, and generating CAD models! BIM services have never been so efficient or effortless!

Frequently Asked Questions

What is the cost of 3D scanning services in Vancouver?

Should you have a larger-scale project or one that requires the sort of custom modeling we do, expect to pay somewhere between $1,500 and $10,000. Having said that, project are usually based on a contextual basis.

Is it possible to use my phone to 3D scan?

Certain smartphones are equipped with LiDAR or depth sensors, but these tools do not have the level of precision and resolution required for use cases in construction or engineering.

Is it possible to pay another person to create a 3D model for me?

Of course. We have services through which you can submit what you need, and we'll produce a model for you. When we do that, we give a quote that reflects—not just the time it will take to bring your idea to life, but also the model itself.

How do I get started with iScano?

Simply contact us to discuss your project needs. Our team will guide you through the scanning, CAD drafting, and as-built documentation process to ensure a seamless experience.