| Model No. | Target Size | Target Brand | Bonding | Size for option | Main material | Main body size | Side |
|---|---|---|---|---|---|---|---|
| RT010 | 10×10mm | 3M | with Adhesive | 20/30/40/50/60/80/100/150mm | —— | —— | —— |
| RT010M | 10×10mm | 3M | with Magnetic | 20/30/40/50/60/80/100/150mm | —— | —— | —— |
| RT010S | 30×30mm | 3M | —— | —— | High-Strength Nylon | 100×35×30mm | Single Side |
| RT010D | 30×30mm | 3M | —— | —— | High-Strength Nylon | 100×35×30mm | Dual Side |
| RT010SD | 30×30mm | 3M | —— | —— | High-Strength Nylon | 100×35×30mm | Dual Side |
| RT102-A01 | OD50mm | 3M | —— | —— | High-Strength Nylon | 5/8"-11 | —— |
| RT102-A02 | OD50mm | 3M | —— | —— | High-Strength Nylon | 3/8"-19 | —— |
| RT102-A03 | OD50mm | 3M | —— | —— | High-Strength Nylon | M8 | —— |
| RT103 | OD60mm | 3M | —— | —— | High-Strength Nylon | Swiss spigot(Round Base) | —— |
| RT103-A01 | OD60mm | 3M | —— | —— | High-Strength Nylon | 5/8"-11 | —— |
| RT103-A02 | OD60mm | 3M | —— | —— | High-Strength Nylon | 3/8"-19 | —— |
| RT103-A03 | OD60mm | 3M | —— | —— | High-Strength Nylon | M8 | —— |
| RT104 | 60×60mm | 3M | —— | —— | Aluminum | 5/8"-11 | —— |
| RT105 | OD60mm | 3M | —— | —— | High-Strength Nylon | Quick Release | —— |
| Model No. | Prism Diameter | Material | Coating | Accuracy | Type | Mount / Thread | Features |
|---|---|---|---|---|---|---|---|
| G127 | 12.7mm | Glass | Copper Coated | 2" / 3-4" / 5-8" | Mini Prism | — | Compact size |
| G178 | 17.8mm | Glass | Copper Coated | 2" / 3-4" / 5-8" | Mini Prism | — | Lightweight |
| G254 | 25.4mm | Glass | Copper Coated | 2" / 3-4" / 5-8" | Standard Prism | — | General surveying |
| G381 | 38.1mm | Glass | Silver Coated | 2" / 3-4" / 5-8" | Standard Prism | — | High reflectivity |
| G640L | 64mm | Swiss-Style Glass | Copper / Blue | 2" / 3-4" / 5-8" / 10" | High Precision | — | Swiss-Style compatible |
| G640T | 64mm | Glass | Standard | 2" / 3-4" / 5-8" / 10" | Economic | — | Cost-effective |
| GPR1 | — | Glass | Copper / Blue | 2" / 3-4" / 5-8" / 10" | Swiss-Style Type | — | Without logo |
| GPR1L | — | Glass | Copper / Blue | 2" / 3-4" / 5-8" / 10" | Swiss-Style Type | — | With shell & light |
| PB640R | 64mm | Glass | — | 2" / 3-4" / 5-8" / 10" | Mounted Prism | — | Red shell |
| PB640RL | 64mm | Glass | — | 2" / 3-4" / 5-8" | Mounted Prism | — | Red shell + light |
| PB640Y | 64mm | Glass | — | 2" / 3-4" / 5-8" / 10" | Mounted Prism | — | Yellow shell |
| PF640R | 64mm | Glass | Copper + Silver | 2" / 3-4" | Long Range Prism | M20×2 | Waterproof, 800–1500m |
| PJ640B | 64mm | Glass | — | 3-4" / 5-8" | Metal Prism | — | Metal shell |
| PL640 | 64mm | Glass | — | 2" | Prism Head | — | Optional color |
| Model No. | Prism Type | Prism Diameter | Coating | Accuracy | Mount Type | Structure | Features |
|---|---|---|---|---|---|---|---|
| 6603-05 | Monitoring Prism | — | — | 2" / 3-4" / 5-8" | Seco Style | Standard | Monitoring application |
| MP096-30 | Monitoring Prism | 12.7mm | Copper | 2" / 3-4" / 5-8" | Back Plate | 30° Angle | 100×30mm plate |
| MP096-45 | Monitoring Prism | 12.7mm | Copper | 2" / 3-4" / 5-8" | Back Plate | 45° Angle | High visibility |
| TRM02 | Monitoring Prism | — | — | 2" / 3-4" / 5-8" | Tr-Style Style | Standard | Tr-Style compatible |
| GPR112S | Monitoring Prism Set | — | — | 2" / 3-4" | Swiss-Style Style | Set | Complete kit |
| Model No. | Prism Type | Coating | Accuracy | Prism Size | Structure | Compatibility | Features |
|---|---|---|---|---|---|---|---|
| GMP104 (MP110) | L-Bar Prism | Copper | 3-4" / 5-8" / 10" | Standard | L-Bar | Universal | Standard model |
| EGMP104 (MP110-L) | L-Bar Prism | Copper | 3-4" / 5-8" / 10" | Standard | Extended L-Bar | Universal | Extended arm |
| GMP104C (MP110C) | L-Bar Prism | Copper | 3-4" / 5-8" / 10" | Standard | L-Bar | Universal | Waterproof cap |
| GMP104H (MP110H) | L-Bar Prism | Copper | 2" / 3-4" / 5-8" | Standard | L-Bar | Universal | High quality version |
| GMP104HB (MP110B) | L-Bar Prism | Silver | 2" / 3-4" / 5-8" | 38.1mm | L-Bar | Universal | Big prism |
| GMP104HD (MP110D) | L-Bar Prism | Copper | 2" / 3-4" / 5-8" | Standard | Double Side | Universal | Dual face |
| GMP104HM (MP110S) | L-Bar Prism | Copper | 2" / 3-4" / 5-8" | 12.7mm | L-Bar | Universal | Mini prism |
| GMP104HR (MP110HC) | L-Bar Prism | Copper | 2" / 3-4" / 5-8" | Standard | L-Bar | Universal | Waterproof cap |
| GMP104HT (MP110T) | L-Bar Prism | Silver | 2" / 3-4" / 5-8" | Standard | L-Bar | Tr-Style | Tr-Style style |
| GMP104HV (MP110V) | L-Bar Prism | Copper | 2" / 3-4" / 5-8" | Standard | L-Bar | Universal | Visibility ring |
| GMP104HW (MP110W) | L-Bar Prism | Copper | 3-4" / 5-8" / 10" | Standard | L-Bar | Universal | Waterproof ring |
| GMP104HWV (MP110HWV) | L-Bar Prism | Copper | 2" / 3-4" / 5-8" | Standard | L-Bar | Universal | Waterproof + visibility |
| GMP110HR (MP110R) | L-Bar Prism | Copper | 2" / 3-4" / 5-8" / 10" | Standard | L-Bar | Universal | Standard type |
| Model No. | Prism Diameter | Coating | Accuracy | Pole Type | Pole Length | Lock Type | Features |
|---|---|---|---|---|---|---|---|
| M1500GP | — | Silver | 2" / 3-4" | Stainless Steel (OD9mm) | 300mm × 5 (1.5m) | Dual Lock | High stability |
| M1500MP | — | Silver | 2" / 3-4" | Stainless Steel (OD9mm) | 300mm × 5 (1.5m) | Single Lock | Lightweight |
| MG1500SL | — | Silver | 2" / 3-4" | Stainless Steel (OD9mm) | 300mm × 5 (1.5m) | Standard | Classic model |
| MG1000SPT | — | Silver | 3-4" | Stainless Steel (OD9mm) | 300mm × 5 (1.5m) | Standard | Cost-effective |
| SP060 | — | Silver | 3-4" / 5-8" | Aluminum Pole | — | Standard | With soft bag |
| SP061M | — | Silver | 3-4" / 5-8" | Aluminum Pole | — | Standard | Middle bubble |
| SP061S | — | Silver | 3-4" / 5-8" | Aluminum Pole | — | Standard | Side bubble |
| SP063A | — | Copper | 2" / 3-4" / 5-8" / 10" | Aluminum (4 Sections) | 300mm × 4 | Standard | Offset 0mm |
| SP063B | — | Copper | 2" / 3-4" / 5-8" / 10" | Aluminum (4 Sections) | 300mm × 4 | Standard | Offset 17.5mm |
| SP063C | — | Copper | 2" / 3-4" / 5-8" / 10" | Aluminum | — | Standard | Offset 0 / -30mm |
| SP065D | — | Silver | 2" / 3-4" / 5-8" | Stainless Steel (OD9mm) | 300mm × 5 (1.5m) | Dual Lock | High stability |
| SP065S | — | Silver | 2" / 3-4" / 5-8" | Stainless Steel (OD9mm) | 300mm × 5 (1.5m) | Single Lock | Lightweight |
| SP066 | — | Silver | 3-4" / 5-8" | Aluminum (OD12mm) | 300mm × 5 (1.5m) | Standard | Yellow color |
| SP067 | — | Silver | 3-4" / 5-8" | Aluminum | — | Standard | With soft bag |
| SP068 | — | Copper | 3-4" / 5-8" | Aluminum | — | Standard | Copper coating |
| SP069 | — | Silver | 3-4" / 5-8" | Stainless Steel (OD9mm) | 300mm × 5 (1.5m) | Standard | Yellow body |
| Model No. | Prism Type | Material | Accuracy | With Pole | Compatibility | Structure | Features |
|---|---|---|---|---|---|---|---|
| 5910-24RW | 360 Prism | Steel Pole | 3-4" | Yes | Universal | Pin Pole | Red & White, no scale |
| 5910-24YL | 360 Prism | Steel Pole | 3-4" | Yes | Universal | Pin Pole | Yellow, cm scale |
| A7 | 360 Prism | — | — | No | Universal | Standard | Basic model |
| ATP1 | 360 Prism | Standard | — | No | Universal | Normal | Standard version |
| ATP1M | 360 Prism | Metal | — | No | Universal | Reinforced | Durable body |
| ATP1MR | 360 Prism | Aluminum | — | No | Universal | Reinforced | Anti-collision ring |
| ATP1NR | 360 Prism | Nylon | — | No | Universal | Reinforced | Wear-resistant joints |
| ATP2S | 360 Prism | — | — | Yes | Topcon | With Pole | Topcon style |
| ATP3 | 360 Prism | — | 3-4" / 5-8" | No | Universal | Standard | General use |
| GRZ4 | 360 Prism | Standard | — | No | Swiss-Style | Normal | Swiss-Style style |
| GRZ4M | 360 Prism | Metal | — | No | Swiss-Style | Reinforced | Durable design |
| GRZ4SL | 360 Prism | — | — | No | Swiss-Style | L Adapter | 5/8"-11 thread |
| GRZ4SS | 360 Prism | — | — | No | Swiss-Style | S Adapter | 5/8"-11 thread |
| GRZ101 | 360 Mini Prism | — | — | Yes | Swiss-Style | With Pole & Bubble | Complete set |
| GRZ101S | 360 Mini Prism | — | — | Yes | Swiss-Style | With Pole & Bubble | Standard set |
| GRZ101SA | 360 Mini Prism | Nylon Frame | — | Yes | Swiss-Style | Reinforced | Axis + reinforced frame |
| GRZ122 | 360 Prism | Standard | — | No | Swiss-Style | Standard | Classic Swiss-Style type |
| GRZ122M | 360 Prism | Metal | — | No | Swiss-Style | Reinforced | Metal version |
| GX360 | 360 Prism | — | ±1.5mm | No | Swiss-Style | High Precision | Premium model |
| MPR122 | 360 Prism | — | ±1.5mm / 3-4" | No | Swiss-Style | Standard | Swiss packing |
| MPR122R | 360 Prism | — | ±1.5mm / 3-4" | No | Swiss-Style | Reinforced | Anti-collision ring |
| ST360 | 360 Prism | — | — | No | Universal | Standard | Basic model |
| TR360A | 360 Prism | — | 3-4" / 5-8" | No | Tr-Style | Standard | Tr-Style compatible |
| TR360B | 360 Prism | — | 3-4" / 5-8" | No | Tr-Style | Standard | Cost-effective |
| TR360C | 360 Prism | — | 3-4" | No | Tr-Style | Standard | Compact version |
| Zero 220P | 360 Prism | — | — | Yes | Universal | With Pole | Complete set |
| Model No. | Prism Type | Accuracy | Coating | Shell / Target | Adapter / Thread | Feature | Package |
|---|---|---|---|---|---|---|---|
| C-GPH1 | Swiss-Style Prism | 2" / 3-4" / 5-8" / 10" | Copper / Blue | Without Target | — | Standard | Carton |
| C14B-YY | Prism Assembly | 3-4" / 5-8" | — | Yellow Shell | — | Without Target | Carton |
| C15B-RR | Prism Assembly | 3-4" / 5-8" / 10" | — | Red Shell & Bracket | — | Without Target | Carton |
| C34B-RR | Triple Prism | 3-4" / 5-8" / 10" | — | Red Shell | With Pole | Triple Prism Set | — |
| GPH1 | Swiss-Style Prism | 2" / 3-4" / 5-8" / 10" | Copper / Blue | — | — | Standard | Soft Bag / Carton |
| GPR111 | Swiss-Style Prism | 2" / 3-4" / 5-8" / 10" | Copper / Blue | — | — | Standard | Soft Bag / Carton |
| GPR121 | Metal Prism | 2" / 3-4" / 5-8" | Copper / Blue | Metal Body | — | Heavy Duty | Soft Bag / Carton |
| Z14B-YW | Prism Assembly | 3-4" / 5-8" | — | Yellow Shell + White/Black Target | 5/8"-11 | Dual Lock | Soft Bag |
| Z14BS-RG | Prism Assembly | 3-4" / 5-8" / 10" | — | Red Shell + Green/Black Target | 5/8"-11 | Stainless Adapter | Soft Bag |
| Z14BS-RR | Prism Assembly | 3-4" / 5-8" / 10" | — | Red Shell + Red/White Target | 5/8"-11 | Standard | Soft Bag |
| Z14TB | Prism Assembly | 3-4" / 5-8" / 10" | — | — | 5/8"-11 | Standard | Soft Bag |
| Z14TRB | Tr-Style Prism | 2" / 3-4" | — | — | — | Tr-Style Style | — |
| Z14SK-RR | Sokkia Prism | 3-4" / 5-8" | — | Red Shell + Red Target | — | Sokkia Style | — |
| Z14UC-YG | Prism Assembly | 2" / 3-4" / 5-8" / 10" | — | Green Target | — | Standard | Soft Bag |
| Z15B-RW | Prism Assembly | 3-4" / 5-8" / 10" | — | Red Shell + White Target | — | Standard | Soft Bag |
| Z34B-RY | Triple Prism | 3-4" / 5-8" / 10" | — | Red Shell + Yellow Target | — | Triple Set | — |
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Features of Prism
Reflective Target Prism
High Reflectivity & Signal Accuracy
Reflective target prisms are designed with advanced optical coatings and high-quality glass to ensure strong reflectivity and precise signal return. These reflective target prisms guarantee stable and accurate measurements, making prism performance reliable even over long distances or under challenging environmental conditions.
Wide Application Compatibility
From reflective targets to 360° prisms and monitoring prisms, the reflective target prism product range supports various surveying prism applications, including construction layout, deformation monitoring, and infrastructure inspection, ensuring compatibility with major total station brands.
Durable and Robust Construction
Manufactured with rugged materials such as metal housings and reinforced mounts, reflective target prisms are built to withstand harsh outdoor environments, including dust, moisture, and temperature variations, maintaining consistent prism performance in the field.
Flexible Mounting and Configurations
Reflective target prisms come in multiple configurations such as L-bar brackets, pole-mounted mini prisms, and complete prism assemblies, offering flexible installation options to meet diverse surveying prism field requirements.
Package
The reflective target prism packaging is designed with a durable soft-shell structure and reinforced stitching to provide reliable protection for reflective target prism equipment against impact, dust, and scratches. Its multi-compartment layout with elastic holders keeps reflective target prisms and accessories neatly organized and securely in place, while the compact, foldable design with an adjustable shoulder strap ensures easy portability and efficient use in field operations involving surveying prisms.
How does it work?
Principle of the Prism
Reflective target prisms operate on the principle of retroreflection, where the reflective target prism returns light or laser signals emitted by total stations precisely back to their source, ensuring accurate distance and position measurement. With precision optical components, the surveying prism maintains a reflected beam that remains parallel to the incident beam regardless of the angle of entry, ensuring stable and reliable measurement performance in reflective target prism applications.
Stability
Tripod
The tripod provides a stable and secure base for mounting surveying equipment, ensuring that the prism setup remains steady and free from external disturbances during measurement.
Supporty
Prism Pole
The prism pole provides stable support and adjustable height for the prism, ensuring proper alignment with the instrument and improving measurement efficiency and accuracy in various field conditions.
Common Questions & Professional Answers
Using an incorrect prism constant introduces a systematic offset into every distance measurement recorded during the survey. The total station applies the constant as an additive correction to the raw EDM reading, so any error in the constant propagates uniformly across all observations.
A −30 mm prism was used, but the controller was set to −17.5 mm. The instrument added only −17.5 mm instead of −30 mm, so every recorded distance is 12.5 mm too long. To correct the data, subtract 12.5 mm from all slope distances before recomputing coordinates.
Correction formula:
Δ = PCactual − PCset
If Δ is negative, subtract |Δ| from all distances. If positive, add Δ. The corrected distance is then used to recompute northing, easting, and elevation.
Software-based correction (recommended):
- 1Open the raw field file in your office software (Trimble Business Center, Leica Geo Office, etc.).
- 2Locate the prism constant setting in the job properties or raw observation editor.
- 3Update the constant to the correct value and trigger a full recomputation — all point coordinates will be recalculated automatically.
Best practice: Before each survey session, verify the prism constant by measuring a calibrated baseline with the prism constant set to 0 mm, then comparing the measured distance against the known value. The difference equals the true prism constant.
From a purely optical standpoint, yes — standard circular prisms achieve higher centering accuracy than most 360° wide-angle prisms. A 360° prism is an assembly of 6–7 individual corner-cube prisms bonded together; the alignment tolerances of each element accumulate, resulting in a wider pointing error envelope.
| Prism Type | Centering Accuracy | Typical Use Case | Verdict |
|---|---|---|---|
| Standard circular prism (e.g., GPR1) | ±1.0 mm | Control surveys, precise layout | Highest Precision |
| High-precision 360° prism (e.g., GRZ4) | ±2.0 mm (any face) | Robotic topo, one-man operation | Excellent |
| Standard 360° prism | ±2.0 mm (front face) ±5.0 mm (side/rear) |
General topographic surveys | Good for Topo |
| Mini 360° prism | ±1.5 mm | Compact robotic tracking | Very Good |
In practice, refusing to use a 360° prism for routine topographic surveys is counterproductive. The efficiency gain from omnidirectional tracking with a robotic total station far outweighs the marginal accuracy difference for centimeter-level topo work. However, for high-order control networks, precision deformation monitoring, or industrial alignment, a standard nodal prism is the correct choice.
When using a standard 360° prism, shooting toward the face marked with the alignment arrow (yellow indicator) reduces pointing error to ±2 mm — approaching high-precision 360° prism performance.
Cross-brand use is technically feasible and widely practiced, particularly in monitoring and industrial surveying. The EDM laser wavelengths of major manufacturers are similar enough that the reflectivity difference between copper-coated and silver-coated prisms is negligible in practice.
The critical requirement is correctly entering the prism constant for the specific prism being used, regardless of brand. The most common source of error when mixing brands is the Leica "Swiss constant" convention:
| Brand / System | Nominal Constant | Absolute Constant | Coating |
|---|---|---|---|
| Leica GPR1 (Swiss-style) | 0 mm (Swiss) | −34.4 mm | Copper |
| Trimble / Topcon standard | −30 mm (absolute) | −30.0 mm | Silver |
| Japanese-style 360° (e.g., ATP1) | −7 mm (absolute) | −7.0 mm | Silver |
| Swiss-style 360° (e.g., GRZ101) | +30 mm (Swiss) | −4.4 mm | Mixed |
If you use a Leica GPR1 (Swiss constant = 0 mm) with a Trimble total station and enter 0 mm as the constant, you will introduce a −34.4 mm systematic error into all distances. Always enter the absolute constant (−34.4 mm) in non-Leica instruments.
MountLaser prisms are manufactured to universal absolute constant standards, making them straightforward to configure on any major brand of total station without proprietary software dependencies.
At distances under 50 m, even a 12.7 mm micro-prism should be reliably acquired by ATR (Automatic Target Recognition). Persistent lock failures at short range almost always point to one of the following causes:
- 1Uncalibrated ATR collimation. The ATR optical axis may have drifted out of alignment with the telescope crosshair. Run the instrument's built-in collimation calibration procedure (compensator → collimation → trunnion axis tilt → ATR collimation, in that order).
- 2Contaminated optics. Dust, condensation, or ice on the prism face or the instrument objective lens dramatically reduces the signal-to-noise ratio. Clean both surfaces with a lens cloth before retrying.
- 3Environmental interference. Highly reflective objects near the prism (chrome bumpers, glass windows, wet surfaces) can confuse the ATR algorithm. Shield the prism or reposition the instrument if possible.
- 4Passive mode active. Confirm the instrument is set to active tracking mode, not passive mode. In passive mode, the instrument will not emit the tracking signal.
- 5Beam divergence at long range. At distances beyond 300–500 m, the EDM beam footprint may exceed the prism aperture. Upgrade to a larger-diameter prism (38 mm or 62 mm) for long-range monitoring applications.
Recommended diagnostic sequence: Clean optics → manually aim at prism center → attempt manual lock → if successful, run ATR calibration → retest automatic lock. If the instrument still fails to lock after calibration, contact the manufacturer for a factory service check.
This is a well-documented phenomenon caused by the combination of extreme zenith angle and very short measurement distance. Two independent error mechanisms are at work simultaneously:
1. Cosine error in reflectorless mode: At steep vertical angles, the EDM laser beam strikes the target surface obliquely. The beam footprint becomes an ellipse rather than a circle, and the centroid of the returned signal shifts relative to the crosshair aim point. At 2 m distance and a 45° zenith angle, this shift can easily exceed 5 mm in elevation.
2. Prism orientation error: A 360° or mini-prism that is not precisely pointed toward the instrument introduces a cosine-related ranging error that grows with the angle of incidence. At extreme angles, even a small misalignment of the prism face produces measurable elevation discrepancies.
| Measurement Mode | Optimal Condition | Risk at Steep Angle |
|---|---|---|
| Reflectorless (DR) | Near-horizontal, flat surface, >4 m distance | High error risk |
| Mini-prism (e.g., 12.7 mm) | Prism leveled, near-horizontal angle | Moderate risk |
| Standard prism (25.4 mm+) | Prism leveled, near-horizontal angle | Lower risk |
For critical elevation measurements in confined spaces, set the total station and prism rod at the same height to minimize the vertical angle. When this is not possible, use a prism with a precise circular vial and ensure it is perfectly plumb before recording the observation. For distances under 2 m, a direct steel tape measurement is often more reliable than any EDM mode.
Mount Laser is a leading integrated manufacturer specializing in surveying instruments and accessories, as well as laser levels and accessories. Headquartered in Changzhou, Jiangsu Province, the company operates a 7,500 m² modern manufacturing facility and employs a dedicated team of over 150 skilled professionals. As a comprehensive solution provider, Mount Laser’s product portfolio spans 13 core categories: Auto Levels, Calibration & Testing Instruments, Prisms, Surveying Accessories, Scanner Targets, GNSS, Surveying Poles, Leveling Staffs, Tripods & Bipods, Line Lasers, Rotary Lasers, Laser Level Accessories, and Agent Sales services. Committed to quality and innovation, Mount Laser serves as a trusted partner to surveying and construction professionals worldwide.
MOUNT LASER (CHANGZHOU) INSTRUMENT CO.,LTD
A Chinese Top-3 Manufacturer in surveying accessories!
12 years experience
FAQs
We are a professional manufacturer established in 1999, exporting worldwide with a strong presence in key markets including South America, Oceania, Western Europe, South Asia, and the Middle East, while continuously expanding into emerging markets such as North America, Eastern Europe, and Africa. With over two decades of industry experience, we deeply understand the diverse needs of customers across different regions and are committed to providing reliable measurement solutions to our global partners.
Mount Laser is a leading manufacturer serving the surveying accessories, construction, GPS, and GNSS industries. Our competitive advantage lies in our integrated production capabilities.
We understand that international buyers often need to test the market first. For standard products, we offer flexible MOQs—small trial orders are welcome. For deep customization projects, MOQ depends on the complexity (e.g., mold development, PCB changes). We are happy to discuss a roadmap that starts with small orders and scales up as your business grows.
Absolutely. As a manufacturer with strong R&D capabilities, we specialize in deep customization services. We can tailor products according to your specific requirements.
We are a manufacturer with in-house trading capabilities (industry & trade integrated). Headquartered in Changzhou, Jiangsu Province, we operate a 7,500 m² modern facility with over 150 skilled professionals. Unlike pure trading companies, we control the entire production process—from R&D and mold design to assembly and quality control—ensuring competitive pricing, stable supply, and full customization flexibility for our global clients.
