A diffuse-remission single-line scanner for targets that can't cooperate: bulk piles, passing vehicles, irregular objects. Point it at the surface itself and read the profile.
Every reflector-based measuring system carries a hidden bill: someone must mount the target, keep it aligned, and keep it clean for the life of the installation. On bulk materials, moving vehicles and irregular loads that bill can never even be paid — there is nowhere to put the reflector. The DLD-50G is built as a diffuse-remission measuring type: it evaluates the light scattered back by the object's own surface, so the object is the target.
Being a 2D single-line scanner, it does not return one distance but a whole profile — each rotation of the scan head yields the distance distribution across a full cross-section of the scene. That turns "how far is the pile?" into "what shape is the pile?", which is usually the question production actually needed answered.
Reflector-free scanning is useful when you need to see a shape, not just detect that something is present. Match the intended measurement to your material and installation before selecting a scanner configuration.
Define which outline matters: width, height, edge position or clearance. Check whether brackets, conveyor structure or the load itself can hide that part of the surface from the scan plane. Application feasibility requires a sample test.
Provide examples of the actual material, including dark, wet, shiny or irregular batches. Reflector-free does not mean independent of surface properties: the returned signal still has to be usable at the required distance and angle.
A scan profile is input data, not a finished volume or dimensional result. Define how your host will transform the data, calibrate against a reference, and combine successive profiles if motion is part of the measurement.
If you only need distance to one spot, compare a DDA-Y / DDB-Y single-point distance sensor before specifying a scanning system. If you need profiles, start with the industrial LiDAR selection guide and then confirm the model-specific interface and ratings.
Original DAIDISIKE schematic: reflector systems measure a target you installed; the DLD-50G measures the world as it is.
| Product category | Laser scanning LiDAR (DAIDISIKE DLD series) |
|---|---|
| Scan architecture | 2D single-line — one cross-section distance profile per rotation |
| Measuring type | Diffuse remission; no reflector or cooperative target required |
| Model | DLD-50G (sole listed model; no documented sub-variants) |
The factory has not yet published range, accuracy, field of view, scan frequency, interface, supply voltage, laser class, IP rating or operating temperature for this model — so this page does not either. Every one of those figures can be confirmed against your application through the inquiry form before you specify. If you need committed numbers today, the DLD-50D and DLD-100D publish full datasheets.
Sweep stockpiles, hoppers and bunkers whose surfaces could never carry a reflector.
Profile trucks and trailers passing a gate directly off bodywork — no tags, no plates.
Track cranes, trolleys and shuttles from their own structure where mounting targets is impractical.
Watch a doorway, tunnel or conveyor cross-section as a full 2D profile instead of isolated beams.
Agree the measurement requirement before judging a demonstration. These checks help turn a promising profile into an informed buying decision without assuming unconfirmed DLD-50G specifications.
Send this brief through our application support contact so the recommendation can address the actual measurement. For alternatives with published ratings, compare the DLD-50D and DLD-100D; sharing a product family does not make their wiring or software interchangeable.
PDF · English · DLD-50D reference · 22 pages · approximately 25.5 MB
The supplied document describes the DLD-50D family. It is available here as a reference, not as proof of the DLD-50G's electrical, optical or communication specifications.
Before connecting a DLD-50G, request its confirmed supply voltage, connector pinout and protocol for the exact delivered version. Do not copy the DLD-50D wiring or configuration solely because this reference is linked here. You can also browse our technical download center for other model documents.
It is the supplied DLD-50D reference manual, provided for background on that model's operation and software workflow. It names the DLD-50D variants; it does not establish the DLD-50G's range, supply, connector pinout or protocol compatibility. Confirm the DLD-50G-specific documentation and ordered configuration with us before wiring or commissioning.
It removes the cooperative target from the equation. Reflector-based measurement needs a plate, tape or corner-cube mounted on whatever you measure — impossible on a coal pile, a moving truck or a random carton. The DLD-50G reads the faint diffuse return from the object's own surface, so the object itself is the target, with nothing to install, align or clean.
A single-point sensor gives you one number per instant. The DLD-50G rotates its measurement plane and delivers a whole cross-sectional distance profile every revolution — the outline of a pile, the flank of a vehicle, the gap profile of a doorway. Where one distance is not enough information, a scan line is the cheapest upgrade path.
Diffuse measurement lives off scattered light, so matte and semi-matte natural surfaces — earth, timber, cartons, painted steel, fabric — are its home ground. Mirror-like, jet-black or transparent surfaces return less usable signal for any diffuse-mode LiDAR. Tell us your actual material and we will confirm feasibility against the factory data before you commit.
Because the factory has not released confirmed numbers for the DLD-50G, and we will not print a figure we cannot stand behind. What is confirmed: product category (laser scanning LiDAR), scan type (2D single-line) and measuring principle (diffuse remission, reflector-free). For a committed range and accuracy today, look at the published DLD-50D (50 m @90%) or DLD-100D (100 m @90%).
No. This is a perception/measurement LiDAR, not an IEC 61496 certified safety component; do not use it as the sole means of personnel protection. No safety rating or OSSD output is published for it. Where the scanner must stop a machine to protect a person, specify our ST27 Type 3 safety laser scanner instead.
Four things: the surface you must measure (material and colour), the working distance you need, the ambient conditions (indoor/outdoor, dust, sunlight) and the interface your controller expects. With those we can confirm within days whether the DLD-50G fits or whether a sibling model with published specs serves you better.
MOQ is 1 unit for evaluation, and we encourage a bench sample first precisely because this model's public spec set is still thin. Lead time is confirmed case by case with the factory — typically within the 3–15 day window our LiDAR line ships in — and stated in writing on the quotation. OEM discussions are welcome once your sample validates the principle.
Real installations from DAIDISIKE clients. Click any case to view in full. Filter by scenario to quickly find a similar setup.