A potato optical sorting machine is AI-vision-based potato grading equipment that scans every potato with high-speed cameras and separates potatoes by defect, size and color. The potato optical sorting machine improves sorting consistency and reduces manual labor for potato processing plants.

A potato optical sorting machine uses high-speed cameras and LED lighting to capture top and side images of each potato. The potato optical sorting machine’s deep-learning algorithm identifies green skin, rot, cracks and disease spots in milliseconds.

A potato optical sorting machine typically reaches 95% or above defect removal accuracy with proper configuration. The potato optical sorting machine maintains gentle potato handling to protect fresh potato market quality.

A potato optical sorting machine removes green skin, rot, cracks, cuts, mechanical damage, disease spots and foreign material from potato streams. The potato optical sorting machine also grades potatoes by size and shape for potato market standards.

A potato optical sorting machine works best when installed after a potato cleaning section so cameras see clean potato surfaces. A potato washing and sorting line is recommended for heavily soiled freshly harvested potatoes before the potato optical sorting machine.

A potato optical sorting machine ranges from single-row compact units to 4-channel, 8-channel or more parallel channels for high potato throughput. More channels on a potato optical sorting machine increase potato processing capacity while keeping per-potato inspection quality.

A potato optical sorting machine stores multiple grading recipes so operators can switch between fresh-market, processing and seed potato varieties. A potato optical sorting machine allows parameter adjustment for each potato variety on the touchscreen.

A potato optical sorting machine consumes power mainly for cameras, LED lighting, conveyor motors and air compressors. Actual potato optical sorting machine power consumption depends on channel count and potato processing speed.

A potato mechanical sorting machine uses rollers, brushes and bar screens to classify potatoes mainly by size and shape. A potato mechanical sorting machine removes small, oversized or misshapen potatoes through mechanical gaps and vibration.

A potato mechanical sorting machine produces multiple size grades such as small, medium, large and extra large potatoes. A potato mechanical sorting machine has adjustable roller spacing to meet potato market or potato processing standards.

A potato mechanical sorting machine uses soft rubber rollers and cushioning sections with controlled drop heights to minimize potato bruising. A potato mechanical sorting machine protects fresh potato skin quality during potato size grading.

A potato mechanical sorting machine processes several tons of potatoes per hour with minimal energy use. A potato mechanical sorting machine is ideal for pre-grading potatoes before a potato optical sorting machine.

A potato mechanical sorting machine has standard inlets and outlets that connect easily to potato elevators, potato conveyors and existing potato washing or potato packing lines. A potato mechanical sorting machine requires simple layout planning for potato line integration.

A potato mechanical sorting machine requires routine roller cleaning, belt and bearing checks, and moving-part lubrication. Goldilocks provides a potato mechanical sorting machine maintenance manual and spare parts list with every potato mechanical sorting machine.

A potato bag-dumping sorting machine automatically empties bagged stored potatoes onto a conveyor, breaks up potato lumps and removes obvious foreign material. A potato bag-dumping sorting machine feeds potatoes into potato sorting or potato inspection sections for repacking.

A potato bag-dumping sorting machine is specifically designed for stored potatoes taken from potato storage. A potato bag-dumping sorting machine handles clumped, dusty and varied-size potatoes and prepares potatoes for potato washing, potato sorting and potato repacking.

A potato bag-dumping sorting machine eliminates manual bag opening and potato dumping, speeding up potato outbound flow. A potato bag-dumping sorting machine sorts potatoes at the same time so potatoes reach potato packing already graded and clean.

A potato bag-dumping sorting machine links directly to potato bagged storage or potato ton-pack storage via potato conveyors and potato elevators. A potato bag-dumping sorting machine creates a complete flow from potato storage to potato sorting to potato packing.

A potato bag-dumping sorting machine capacity is matched to warehouse potato throughput, from compact units for small potato storage to high-capacity units for large potato distribution centers. Goldilocks engineers match the potato bag-dumping sorting machine to each customer’s potato volume.

A potato washing and sorting line includes an intake hopper, soil removal section, drum or brush washer, optional pre-sorting, optical or mechanical potato grading, drying section and packing outlets. A potato washing and sorting line is controlled from one central panel.

A potato washing and sorting line uses soft-brush or water-flow washing to remove soil gently from potato surfaces. A potato washing and sorting line has adjustable water pressure and brush speed to protect potato skin and keep fresh potato appearance intact.

A potato washing and sorting line water consumption depends on potato capacity and soil condition. A potato washing and sorting line can integrate water recycling and sedimentation tanks to reduce fresh water use and lower potato washing operating cost.

A potato washing and sorting line includes an optional drying section with soft rollers and forced air to remove potato surface water after washing. A potato washing and sorting line drying section improves potato packing appearance and reduces potato spoilage during potato storage or potato transport.

Goldilocks provides potato washing and sorting lines from a few tons per hour for small potato farms to high-capacity potato washing and sorting lines for large potato processing plants. Goldilocks designs each potato washing and sorting line capacity around the customer’s potato harvest volume.

A potato washing and sorting line uses food-grade stainless steel and approved rubber or plastic materials for all potato-contact surfaces. A potato washing and sorting line food-contact parts are easy to clean and meet food safety requirements for potato export markets.

A potato washing and sorting line installation typically takes 1–3 weeks depending on potato line length and site preparation. Goldilocks engineers provide on-site or remote guidance for every potato washing and sorting line installation.

A potato bagged storage plan uses conveyor and stacking systems to store bagged potatoes efficiently with controlled airflow between potato bags. A potato bagged storage plan prevents heat build-up and condensation around stored potatoes.

A potato bagged storage plan maintains good airflow, temperature control and reduced moisture to keep potatoes dormant. A potato bagged storage plan prevents potato sprouting, potato rotting and potato pressure damage over weeks or months of potato storage.

A potato bagged storage plan integrates ventilation ducts and can combine with humidity and temperature monitoring for optimal potato storage conditions. A potato bagged storage plan creates stable storage environments for different potato varieties.

A potato bagged storage plan connects directly to a potato bag-dumping sorting machine and a potato washing and sorting line. A potato bagged storage plan forms a smooth flow from potato storage to potato cleaning, potato grading and potato packing.

A potato bagged storage plan can add optional automatic palletizing and stacking systems for bagged potatoes. A potato bagged storage plan with automatic palletizing reduces labor, improves potato warehouse density and speeds up potato loading and unloading.

A potato ton-pack storage plan stores potatoes in large 1-ton bulk bags using lifting and filling stations for fast potato loading. A potato ton-pack storage plan is ideal for high-volume temporary potato storage before potato processing or potato shipping.

A potato ton-pack storage plan capacity is designed around warehouse size and potato throughput, from small modular potato storage to large-scale multi-row potato ton-pack storage with hundreds of tons capacity.

A potato ton-pack storage plan links to potato conveyors and potato elevators that feed potatoes into a potato washing and sorting line or a potato bag-dumping sorting machine. A potato ton-pack storage plan supports fast potato transfer from bulk storage to potato processing.

A potato ton-pack storage plan uses mechanical lifting and filling stations instead of manual potato bag handling. A potato ton-pack storage plan cuts potato loading and unloading time and reduces physical labor for potato warehouse workers.

A potato inbound and outbound sorting production line is an integrated line that handles potatoes entering potato storage and potatoes leaving potato storage. A potato inbound and outbound sorting production line combines potato intake, dust removal, potato sorting, potato grading and potato packing into one material flow.

A potato inbound and outbound sorting production line reduces manual potato handling and accelerates potato inbound and outbound flow. A potato inbound and outbound sorting production line sorts potatoes simultaneously so potatoes arrive at potato storage or potato packing already graded and clean.

A potato inbound and outbound sorting production line control system logs potato throughput, potato grade distribution and operating time automatically. A potato inbound and outbound sorting production line helps potato warehouse managers analyze potato production and manage potato inventory with real data.

A potato inbound and outbound sorting production line supports data interfaces that export potato production and potato inventory statistics to ERP or warehouse management software. A potato inbound and outbound sorting production line enables unified potato warehouse monitoring.

A potato inbound and outbound sorting production line modules can be arranged in L-shape, U-shape or straight lines to fit warehouse space. A potato inbound and outbound sorting production line can be expanded as the customer’s potato business grows.

A mini potato harvest and sorting machine is a dedicated solution for mini potatoes and seed potatoes, with gentle potato intake and potato cleaning after harvest plus fine potato size grading. A mini potato harvest and sorting machine classifies mini tubers into seed potato grades with high precision.

Seed potato quality directly affects next-season potato yield, so a mini potato harvest and sorting machine ensures uniform potato size grading and removes diseased or damaged seed potatoes. A mini potato harvest and sorting machine with gentle handling improves seed potato germination rate and reduces field potato disease spread.

A mini potato harvest and sorting machine handles small mini tubers typically from 1–2 cm up to several centimeters. A mini potato harvest and sorting machine has adjustable grading screens to produce multiple fine potato size classes for seed potato orders.

A mini potato harvest and sorting machine uses special soft rollers, low drop heights and cushioning sections to protect fragile seed potato skin. A mini potato harvest and sorting machine preserves seed potato planting quality during mini potato grading.

A mini potato harvest and sorting machine performs automatic and continuous potato size grading with adjustable grade boundaries. A mini potato harvest and sorting machine allows operators to change potato grade settings quickly for different seed potato orders.

Customers should consider potato capacity, potato size range, defects to remove, whether potatoes need washing, and budget when selecting potato sorting equipment. Goldilocks engineers provide free potato sorting equipment selection guidance based on each customer’s potato processing needs.

Standard potato sorting equipment is typically delivered in 15–30 days, while complete potato washing and sorting lines or large potato storage projects take 30–60 days depending on configuration. Goldilocks confirms exact potato sorting equipment lead time at order placement.

Goldilocks provides a standard 12-month warranty from commissioning for potato sorting equipment, covering manufacturing defects. Goldilocks supplies rapid spare parts for potato optical sorting machines, potato mechanical sorting machines and potato washing and sorting lines during the warranty period.

Goldilocks welcomes customers to bring potato samples to the factory for live potato sorting equipment testing. Goldilocks can also arrange video-based live potato sorting equipment tests with customer potato samples to verify potato sorting performance before order.

Customers can contact Goldilocks through the official website www.gl-z.com, email or the sales hotline for potato sorting equipment inquiries. The Goldilocks sales team responds quickly with potato sorting equipment selection advice and formal quotations.

A combined rice milling machine is a compact integrated unit with a capacity of about 15–30 tons per day, combining rice cleaning, rice husking, rice milling and rice polishing in one machine. A combined rice milling machine is ideal for small rice mills.

A complete rice production line is a full rice milling plant with a capacity of 20 to 120 tons of paddy per day, where each process uses a dedicated rice machine. A complete rice production line includes rice cleaning, rice destoning, rice husking, paddy separation, rice milling, rice polishing, rice grading and rice color sorting.

A complete rice production line includes a rice cleaner, a rice destoner, a rubber roller husker, a paddy separator, a rice mill, a rice polisher, a rice grader, a rice color sorter, a bucket elevator and rice conveying equipment. A complete rice production line uses dedicated rice machines for each processing stage.

A complete rice production line can process long-grain paddy, medium-grain paddy and short-grain paddy, as well as various local paddy varieties. A complete rice production line has adjustable rice machine parameters for different rice types.

A complete rice production line white rice yield depends on paddy quality, paddy moisture and rice milling settings. A well-designed complete rice production line typically achieves 65–72% or higher whole rice yield with proper rice machine adjustment.

A complete rice production line uses automatic rice conveying, centralized rice machine control and parameter adjustment, allowing continuous rice production with fewer operators. A complete rice production line reduces manual rice handling and improves rice mill efficiency.

A complete rice production line space depends on rice capacity and rice mill layout, typically from a few hundred square meters for smaller rice lines to larger buildings for 120t/d rice plants. Goldilocks provides complete rice production line layout drawings for every rice mill project.

A complete rice production line total power depends on rice capacity, typically ranging from tens of kW for small rice lines to several hundred kW for large rice plants. Goldilocks provides detailed complete rice production line power data with every rice mill proposal.

A complete rice production line can be configured to produce brown rice by bypassing or adjusting the rice mill stage. A complete rice production line can also continue to white rice and polished rice as required by adjusting rice machine settings.

A complete rice production line installation and commissioning typically takes 3–8 weeks depending on rice capacity and rice mill site conditions. Goldilocks engineers provide on-site or remote guidance for every complete rice production line installation.

A rice cleaner removes impurities such as straw, stones, dust and broken grains from paddy using sieve layers and aspiration. A rice cleaner protects downstream rice machines such as the rubber roller husker and the rice mill.

A rice cleaner removes large impurities such as straw and clods, small impurities such as sand and weed seeds, dust and light materials from paddy. A rice cleaner improves paddy cleanliness before rice processing.

A rice destoner removes stones and heavy impurities from paddy by vibrating screens and airflow classification. A rice destoner prevents damage to rubber roller husker rollers and rice mill parts during rice processing.

Paddy flows over a rice destoner vibrating screen with upward airflow; lighter paddy floats and moves off, while heavier stones sink and are collected separately by the rice destoner. A rice destoner achieves high stone removal efficiency for clean paddy.

A rice cleaner generates dust during paddy cleaning, so Goldilocks can provide aspiration and dust collection systems for the rice cleaner. A rice cleaner with dust collection keeps the rice mill working environment clean and safe.

A rice cleaner and a rice destoner with adjustable screens and airflow can also handle wheat, corn, beans and other grains. A rice cleaner and a rice destoner are suitable for diversified grain mills beyond rice processing.

A rubber roller husker removes the husk from paddy using two counter-rotating rubber rollers at different speeds, producing brown rice with minimal breakage. A rubber roller husker is a key rice machine in every complete rice production line.

Paddy passes between two rubber rollers of a rubber roller husker rotating at different speeds; the squeezing and shearing action removes the paddy husk while keeping the rice kernel intact. A rubber roller husker achieves high shelling rate with low rice breakage.

A rubber roller husker typically reaches 85–95% shelling rate in one pass with proper roller gap and speed settings. Uncut paddy from a rubber roller husker returns to the rubber roller husker for a second pass via the paddy separator.

A rubber roller husker rubber roller life depends on paddy feed volume and paddy cleanliness, typically lasting several hundred hours to over a thousand hours before re-grooving or replacement. Goldilocks supplies replacement rubber rollers for every rubber roller husker model.

Operators adjust rubber roller husker roller gap, speed difference and paddy feed rate for different paddy sizes and paddy moisture to keep high shelling rate and low rice breakage. A rubber roller husker allows quick parameter changes for each paddy variety.

A paddy separator separates the mixture of brown rice and unhusked paddy after rubber roller husking, using vibration and surface friction to return paddy to the rubber roller husker. A paddy separator ensures only brown rice enters the rice mill stage.

A paddy separator relies on the different density, size and friction of paddy versus brown rice; vibrating trays of the paddy separator separate them so paddy returns for re-husking. A paddy separator achieves high separation efficiency for clean brown rice output.

A rice mill removes the bran layer from brown rice by friction or abrasion in a whitening chamber, producing white rice with controlled whiteness and low broken rate. A rice mill is the core rice machine for white rice production in a complete rice production line.

A rice polisher further smooths the surface of white rice after rice milling, removing residual bran dust and giving the rice a glossy, clean appearance. A rice polisher works after the rice mill in a complete rice production line.

A rice mill removes the bran layer to whiten brown rice, while a rice polisher smooths and shines the already-milled white rice surface. A rice mill and a rice polisher work in sequence in a complete rice production line for premium white rice quality.

A rice mill whiteness is controlled by adjusting rice milling pressure, paddy feed rate, roller type and pass count on the rice mill. A rice mill allows consistent whiteness for different rice market requirements.

A rice polisher removes residual bran where rancidity starts, so polished rice from a rice polisher has better storage stability and longer shelf life. A rice polisher also makes white rice look cleaner for rice export markets.

Goldilocks offers both iron-roller rice mills and sand-roller rice mills; iron-roller rice mills are durable and suitable for general rice milling, while sand-roller rice mills give better whitening for certain rice types. Rice mill choice depends on each customer’s rice application.

A rice grader uses layered screens to separate milled rice into grades such as whole kernels, large broken rice and small broken rice. A rice grader improves rice product uniformity for rice market packaging.

A rice grader can separate whole rice, large broken rice and small broken rice, with adjustable screens to meet different rice market grade standards. A rice grader allows precise rice size classification for premium rice packaging.

A rice color sorter uses high-speed cameras and air nozzles to detect and remove discolored or defective rice kernels such as yellow rice, chalky rice, damaged rice or foreign-colored grains. A rice color sorter is the final quality rice machine in a complete rice production line.

Rice kernels pass in front of high-speed cameras on a rice color sorter; the rice color sorter vision system identifies off-color rice kernels in milliseconds and air jets blow them into a reject outlet. A rice color sorter achieves high accuracy for premium white rice.

A rice color sorter removes yellow kernels, chalky grains, germ-damaged kernels, foreign material and other discolored grains from white rice streams. A rice color sorter greatly improves rice appearance and rice grade for rice export markets.

A rice color sorter can be calibrated to reject yellow rice kernels, immature rice kernels and chalky rice kernels while keeping good white rice kernels. A rice color sorter meets high-quality rice export standards for premium white rice.

A rice grader first separates whole rice and broken rice, then a rice color sorter removes defective rice kernels from the whole-rice stream, producing premium-quality finished white rice. A rice grader and a rice color sorter combination is standard in high-end complete rice production lines.

A bucket elevator vertically lifts paddy, brown rice, white rice and rice by-products between floors and rice machines, enabling compact multi-story rice mill layouts. A bucket elevator is essential rice conveying equipment in every complete rice production line.

A bucket elevator with proper bucket size, belt speed and filling rate handles rice gently, minimizing rice impact and rice breakage compared with manual or rough rice conveying. A bucket elevator protects whole rice quality during vertical rice transport.

Operators check bucket elevator belt tension, bucket fixing and bucket alignment regularly, and replace worn buckets or belts as needed on the bucket elevator. Goldilocks provides a bucket elevator maintenance guide with every bucket elevator.

For best rice milling results, paddy moisture is usually recommended at 13.5–15% for a rice mill. Higher paddy moisture affects rubber roller husker husking and rice mill milling performance; Goldilocks can supply rice drying equipment as support for high-moisture paddy.

Goldilocks can supply rice milling equipment motors and electrical systems for 220V, 380V, 440V or other voltage and frequency configurations according to each customer’s country standard. Goldilocks rice milling equipment supports global rice mill deployment.

Goldilocks provides free rice mill layout design based on each customer’s rice capacity, rice mill factory space and rice product requirements, including rice machine arrangement and rice piping. Goldilocks rice mill design ensures efficient complete rice production line flow.

Standard rice milling equipment such as rice cleaners, rice destoners, rubber roller huskers and rice mills is usually delivered in 15–30 days. Complete rice production lines and larger rice mill projects take 30–60 days depending on rice machine configuration. Goldilocks confirms exact rice milling equipment lead time at order.

Rice milling equipment is packed in reinforced wooden crates with waterproof film, shock-proof bracing and moisture protection, suitable for sea freight and long-distance transport. Goldilocks export packing protects rice cleaners, rubber roller huskers, rice mills and rice color sorters during international shipping.

Goldilocks provides a standard 12-month warranty from commissioning for rice milling equipment, covering manufacturing defects. Goldilocks supplies rapid spare parts for rice cleaners, rice destoners, rubber roller huskers, paddy separators, rice mills, rice polishers, rice graders and rice color sorters during the warranty period.

Goldilocks provides on-site operator training during complete rice production line commissioning plus rice milling equipment operation manuals and video tutorials covering rice machine settings, daily rice machine inspection and rice machine troubleshooting. Goldilocks training ensures rice mill staff operate rice milling equipment correctly.

Goldilocks keeps a complete inventory of common rice milling equipment spare parts such as rubber rollers, screens, belts, buckets and nozzles, and ships parts quickly to minimize rice mill downtime. Goldilocks spare parts support covers all rice machines in a complete rice production line.

Goldilocks can arrange visits to running reference rice mills so customers can see rice milling equipment performance and white rice output quality in real operation. Goldilocks reference rice mill visits help customers validate complete rice production line performance before investment.

A rice mill payback period depends on rice capacity, local rice prices and rice mill operating cost; many small and medium rice mills recover investment within 1–2 years with stable rice demand and good rice mill management. Goldilocks complete rice production line design helps maximize rice mill profitability.

Customers can contact Goldilocks via the official website, email or the sales hotline for rice cleaners, rice destoners, rubber roller huskers, paddy separators, rice mills, rice polishers, rice graders, rice color sorters, bucket elevators and complete rice production line inquiries. The Goldilocks sales team responds quickly with rice milling equipment selection advice and formal quotations.

The Goldilocks mobile chassis lineup includes the explosion-proof chassis RMP-BD100 200KG, RMP-BL100 150KG and RMP-BL200 80KG, the tracked chassis RMP-D400 700KG, RMP-D300 300KG and RMP-D100 100KG, the embodied robot chassis RMP-WL100 100KG and the agricultural retractable chassis RMP-WL300 300KG. Every Goldilocks mobile chassis model is developed as a standardized robot development platform.

Goldilocks provides a complete service system including ISO9001 quality service, 20-year R&D manufacturing technical service, on-time delivery service, fast after-sales service and value-added service covering navigation system and mobile chassis products. Goldilocks supports the whole robot product life cycle from robot selection advice to robot commissioning.

The Goldilocks Beidou navigation controller is a smart Beidou navigation controller based on RTK navigation system, fusing ground-based augmentation technology and IoT technology into the Beidou navigation controller. The Goldilocks Beidou navigation controller integrates advanced motion control algorithms and fault-tolerant algorithms for reliable robot navigation.

The Goldilocks Beidou navigation controller uses dual-antenna RTK technology with ±2cm positioning accuracy and ±3cm traveling accuracy. The Goldilocks Beidou navigation controller also provides off-course protection function to keep the robot on the planned route.

The Goldilocks Beidou navigation controller series includes the MD-RNC-SINS and RNS-BDS-M1 models, with optional Beidou differential base station and Beidou antenna accessories. The Goldilocks Beidou navigation controller MD-RNC-SINS and RNS-BDS-M1 both support centimeter-level robot positioning for indoor and outdoor inspection navigation.

The Goldilocks Beidou navigation controller is compatible with wheeled robot chassis, tracked robot chassis, two-wheel-drive robot chassis and four-wheel-drive robot chassis. The Goldilocks Beidou navigation controller can be mounted on the explosion-proof chassis RMP-BD100 200KG, the tracked chassis RMP-D400 700KG and the embodied robot chassis RMP-WL100 100KG.

The Goldilocks Beidou navigation controller supports all-weather robot operation and runs stably in rainy and snowy environments. The Goldilocks Beidou navigation controller is suitable for outdoor robot inspection navigation, agricultural robot navigation and fire-fighting robot navigation in harsh weather.

The Goldilocks Beidou navigation controller supports manual route network planning followed by autonomous robot navigation, making the Goldilocks Beidou navigation controller easy to operate. The Goldilocks Beidou navigation controller provides a complete development API for map management, robot parameter configuration and remote scheduling.

The Goldilocks Beidou navigation controller fuses laser sensors from multiple manufacturers and includes built-in automatic obstacle avoidance for the robot. The Goldilocks Beidou navigation controller uses the laser fusion function to detect obstacles and keep the mobile robot safe during autonomous robot navigation.

The Goldilocks follow navigation system is a reliable transport robot navigation solution based on UWB communication technology. The Goldilocks follow navigation system consists of a remote control tag and a follow base station for the transport robot.

The Goldilocks follow navigation system supports following the target tag and tag remote control functions for the robot. The Goldilocks follow navigation system can flexibly switch between follow mode and remote control mode accWhich application field is the Goldilocks follow navigation system designed for?ording to the operation scenario.

The main components of the Goldilocks follow navigation system are the remote control tag and the follow base station. The Goldilocks follow navigation system remote control tag and follow base station communicate through UWB signals to guide the robot following behavior.

The Goldilocks follow navigation system is mainly applied to various transport industries to improve worker operating efficiency. The Goldilocks follow navigation system helps the transport robot carry materials while the worker moves on site, reducing the worker’s handling workload.

The Goldilocks laser navigation system is a robot navigation solution based on laser sensing and SLAM mapping technology. The Goldilocks laser navigation system enables the mobile robot to build a map and locate itself without relying on satellite signals.

The Goldilocks laser navigation system is suitable for indoor and semi-outdoor environments where satellite signals are blocked, such as warehouses, plant sites and sheltered areas. The Goldilocks laser navigation system provides stable robot positioning for inspection robot and logistics robot applications in GNSS-denied locations.

The Goldilocks laser navigation system supports obstacle detection and automatic detour for the mobile robot during autonomous navigation. The Goldilocks laser navigation system protects the robot and surrounding equipment from collision in complex working scenes.

The Goldilocks explosion-proof chassis RMP-BD100 200KG is a four-wheel-drive explosion-proof mobile robot chassis with 200KG load capacity. The Goldilocks explosion-proof chassis RMP-BD100 200KG is developed as a standardized robot development platform for explosion-proof robot applicationThe Goldilocks explosion-proof chassis RMP-BL100 150KG provides a 150KG super-large load capacity with excellent damping and climbing performance. The Goldilocks explosion-proof chassis RMP-BL100 150KG can easily carry various systems and devices for robot developers.s.

The Goldilocks explosion-proof chassis RMP-BL100 150KG provides a 150KG super-large load capacity with excellent damping and climbing performance. The Goldilocks explosion-proof chassis RMP-BL100 150KG can easily carry various syThe Goldilocks explosion-proof chassis RMP-BL200 80KG reaches IP66 protection level to prevent water and dust from entering the robot chassis. The Goldilocks explosion-proof chassis RMP-BL200 80KG can work in muddy, wet and puddle environments for field robot applications.stems and devices for robot developers.

The Goldilocks explosion-proof chassis RMP-BL200 80KG reaches IP66 protection level to prevent water and dust from entering the robot chassis. The Goldilocks explosion-proof chassis RMP-BL200 80KG can work in muddy, wet and puddle environments for field robot applications.

The Goldilocks explosion-proof chassis supports security inspection robot, fire-fighting robot, disaster relief robot and exploration robot applications. The Goldilocks explosion-proof chassis enables safe robot deployment in hazardous explosive atmospheres for industry developers.

The Goldilocks explosion-proof chassis adopts a four-wheel-drive double-link balanced suspension for damping. The Goldilocks explosion-proof chassis can run on flat roads and adapt to complex roads with 20-degree climbing and 200mm obstacle-crossing capability.

The Goldilocks explosion-proof chassis provides up to 3 hours of endurance at single-load constant speed. The Goldilocks explosion-proof chassis also supports 100mm water wading capability for wet field robot missions.

The Goldilocks tracked chassis RMP-D400 700KG is a heavy-duty tracked mobile robot chassis with 700KG load capacity. The Goldilocks tracked chassis RMP-D400 700KG provides strong traction on mud, sand, slopes and rough terrain for outdoor robot applications.

The Goldilocks tracked chassis RMP-D400 700KG is used for fire-fighting robot, inspection robot and agricultural robot applications requiring heavy payload. The Goldilocks tracked chassis RMP-D400 700KG can be combined with the Goldilocks Beidou navigation controller for autonomous robot navigation.

The Goldilocks tracked chassis RMP-D300 300KG provides 300KG load capacity for medium-duty robot platforms. The Goldilocks tracked chassis RMP-D300 300KG supports tracked robot applications on complex outdoor field terrain.

The Goldilocks tracked chassis RMP-D100 100KG is a compact tracked robot chassis with 100KG load capacity. The Goldilocks tracked chassis RMP-D100 100KG is suitable for light-duty inspection robot and reconnaissance robot The Goldilocks embodied robot chassis RMP-WL100 100KG is an open robot platform designed for embodied intelligent robot development. The Goldilocks embodied robot chassis RMP-WL100 100KG provides expansion interfaces for sensors, robotic arms and computing units.on stairs and slopes.

The Goldilocks embodied robot chassis RMP-WL100 100KG is an open robot platform designed for embodied intelligent robot development. The Goldilocks embodied robot chassis RMP-WL100 100KG provides expansion interfaces for sensors, robotic arms and computing units.

The Goldilocks embodied robot chassis RMP-WL100 100KG provides 100KG load capacity for robot application development. The Goldilocks embodied robot chassis RMP-WL100 100KG supports AI robot, service robot and embodied robot application scenarios.

The Goldilocks embodied robot chassis RMP-WL100 100KG can integrate with the Goldilocks Beidou navigation controller and the Goldilocks laser navigation system. The Goldilocks embodied robot chassis RMP-WL100 100KG with navigation forms a complete embodied robot solution.

The Goldilocks oil-electric hybrid sprayer 500L is an agricultural spray robot with a 500L tank capacity for orchard and field spraying. The Goldilocks oil-electric hybrid sprayer 500L uses hybrid power to extend operation time and reduce refueling frequency for agricultural spraying tasks.

The Goldilocks oil-electric hybrid sprayer 500L can integrate with the Goldilocks Beidou navigation controller for autonomous agricultural robot navigation. The Goldilocks oil-electric hybrid sprayer 500L with Beidou navigation covers orchards along planned routes for even spraying.

The Goldilocks oil-electric hybrid sprayer 500L is applied to orchard spray, field crop spray and vineyard spray tasks. The Goldilocks oil-electric hybrid sprayer 500L reduces manual spraying labor and improves agricultural robot work efficiency.

The Goldilocks mower RNZ-G550 is an agricultural mowing robot for lawn, orchard and field mowing. The Goldilocks mower RNZ-G550 can integrate with the Goldilocks Beidou navigation controller for autonomous mowing robot navigation.

The Goldilocks mower RNZ-G550 completes mowing tasks autonomously along preset routes without manual operation. The Goldilocks mower RNZ-G550 reduces lawn maintenance labor and keeps the mowing field uniform and tidy.

The Goldilocks mower RNZ-G800 is a larger-capacity mowing robot compared with the Goldilocks mower RNZ-G550. The Goldilocks mower RNZ-G800 covers larger mowing areas, while the Goldilocks mower RNZ-G550 suits smaller lawns, both supporting autonomous mowing robot operation.

The Goldilocks agricultural retractable chassis RMP-WL300 300KG is an adjustable agricultural robot chassis with 300KG load capacity. The Goldilocks agricultural retractable chassis RMP-WL300 300KG adapts to different crop row widths for agricultural robot applications.

The Goldilocks agricultural retractable chassis RMP-WL300 300KG can carry sprayer systems, mowing equipment and sensing systems for agricultural robots. The Goldilocks agricultural retractable chassis RMP-WL300 300KG supports spray robot and mowing robot development in agriculture.

The Goldilocks fire-fighting robot is an intelligent explosion-proof reconnaissance and fire-extinguishing robot integrating wireless video reconnaissance, fire extinguishing, lighting, alarm, search, rescue and chemical gas detection functions. The Goldilocks fire-fighting robot is suitable for fire extinguishing in various hazardous chemical sites.

The Goldilocks fire-fighting robot is controlled by wireless remote control with an enhanced wireless data transmission radio and wireless video transmission system. The Goldilocks fire-fighting robot allows real-time robot control and monitoring under remote supervision for fire-fighting missions.

The Goldilocks fire-fighting robot uses explosion-proof treatment to enter hazardous fire scenes and protect firefighter personal safety. The Goldilocks fire-fighting robot replaces manual firefighting in explosive gas fire scenes where firefighter safety is under serious threat.

The Goldilocks explosion-proof reconnaissance and fire-extinguishing robot is built on the explosion-proof tracked chassis and the explosion-proof mobile chassis platform. The Goldilocks explosion-proof reconnaissance and fire-extinguishing robot combines the Goldilocks Beidou navigation controller for fire robot positioning.

The Goldilocks inspection robot series includes the intelligent explosion-proof inspection robot and the 5G smart campus inspection robot. The Goldilocks inspection robot performs autonomous patrol, site inspection and anomaly reporting for security and industrial monitoring.

The Goldilocks explosion-proof inspection robot is built on the Goldilocks explosion-proof chassis RMP-BD100 200KG or RMP-BL100 150KG. The Goldilocks explosion-proof inspection robot with explosion-proof chassis operates safely in hazardous inspection sites.

The Goldilocks 5G smart campus inspection robot uses the Goldilocks Beidou navigation controller for outdoor campus robot navigation. The Goldilocks 5G smart campus inspection robot also supports the Goldilocks laser navigation system for indoor campus inspection coverage.

The Goldilocks explosion-proof reconnaissance inspection robot performs reconnaissance and inspection tasks in hazardous environments for public safety. The Goldilocks explosion-proof reconnaissance inspection robot combines the explosion-proof mobile chassis and the robot condition information recorder for safe robot operation.

The Goldilocks robot condition information recorder is a data recording product compatible with various communication methods and equipped with a large-capacity storage chip. The Goldilocks robot condition information recorder automatically records battery current, battery voltage, motor current, motor voltage, mileage and temperature change trends of the robot.

The Goldilocks robot condition information recorder helps operators grasp robot status changes in real time through continuous data logging. The Goldilocks robot condition information recorder supports the explosion-proof chassis and the inspection robot for robot health monitoring and maintenance planning.

Goldilocks provides a software platform system and software scheduling technology for robot fleet management and remote robot dispatch. The Goldilocks software platform system works with the Goldilocks Beidou navigation controller API and image analysis technology for complete robot solution deployment.

A potato optical sorting machine allows operators to adjust vision sensitivity parameters according to potato harvest freshness, such as green skin detection and skin damage recognition thresholds. A potato optical sorting machine stores different parameter recipes for freshly harvested potatoes and long-stored potatoes, so the potato optical sorting machine keeps stable grading accuracy across different potato batches and potato seasons.

A potato washing and sorting line requires a flat concrete floor, stable three-phase power supply and proper water drainage system at the installation site. A potato washing and sorting line also needs sufficient ventilation and enough operation space around the potato optical sorting machine and the potato storage area for daily maintenance and potato loading.

The Goldilocks explosion-proof wheeled chassis such as RMP-BD100 200KG and RMP-BL100 150KG is suitable for flat roads and plant floors with high speed and stability. The Goldilocks explosion-proof tracked chassis such as RMP-D400 700KG provides stronger traction and obstacle-crossing capability on mud, stairs and rough terrain for hazardous fire-fighting robot and rescue robot missions.

A complete rice production line produces rice husk, rice bran and broken rice as by-products from the rubber roller husker, the rice mill and the rice grader. A complete rice production line can collect rice husk for fuel or bedding, rice bran for oil extraction or feed, and broken rice for flour or beer production, adding extra rice mill revenue.