Where is the function of the straight groove reflected
The core function of a straight chute is to rely on gravity to achieve linear directional conveying, diversion, or buffering of materials/items. It has a simple structure but is adaptable to multiple scenarios, with a focus on "efficient diversion, stable transmission, and low-cost adaptation". It is specifically reflected in six core dimensions and adapts to the needs of different industries:
The core function of a straight chute is to rely on gravity to achieve linear directional conveying, diversion, or buffering of materials/items. It has a simple structure but is adaptable to multiple scenarios, with a focus on "efficient diversion, stable transmission, and low-cost adaptation". It is specifically reflected in six core dimensions and adapts to the needs of different industries:
1、 Core basic function: gravity direct conveying, non powered efficient diversion
This is the core function of the straight chute, which does not require power devices such as motors or conveyor belts. It relies on its own "straight inclined design+smooth groove surface" and uses gravity to achieve automatic material conveying, adapting to low-cost transmission needs.
Directional linear conveying: The trough has a straight channel structure. After the material is placed from a high place, it slides down along the trough in a straight line to the low end without deviation or jamming, ensuring the correct conveying direction. For example, in express sorting, packages go directly from the sorting table to the corresponding sorting box through the straight chute, and are correctly divided without deviation.
Unpowered energy-saving conveying: No external power is required, driven solely by gravity and groove smoothness, with zero energy consumption. Compared to power conveyor belts, it saves costs and reduces failures, making it suitable for short distance, low-frequency conveying scenarios (such as workshop material transfer, warehouse cargo removal).
Controllable conveying efficiency: The conveying speed can be controlled by adjusting the inclination angle of the tank (usually 15 °~45 °). The larger the angle, the faster the speed, which can adapt to materials of different weights and sizes (light materials are selected at 30 °~45 °, heavy materials are selected at 15 °~25 ° to avoid rapid damage).
2、 Structural adaptation function: stable support+anti detachment and anti jamming, suitable for various types of materials
The structural design of the straight groove ensures the stability of the conveying process, preventing materials from falling or getting stuck
Groove surface support+side edge blocking, anti fall: The groove body is U-shaped/groove shaped, with a smooth bottom to support the material, and both sides have blocking edges (height can be customized) to prevent the material from tipping or falling when it slides down. Even light and small materials (such as screws and parts) can be transported stably without leakage.
Smooth groove surface+no dead corners design, anti jamming: The inner wall of the groove body is polished, coated or pasted with wear-resistant smooth lining plates (such as stainless steel and plastic lining plates), with low friction, smooth material sliding, no protrusions or dead corners, avoiding block and granular materials from getting stuck (such as hardware parts, fruits and vegetables, express packages).
Strong load-bearing adaptability: The material of the tank body is mostly stainless steel, cold-rolled steel or thickened plastic, with a sturdy structure that can transport both lightweight small items (such as electronic components and stationery) and heavy-duty materials (such as hardware castings and small household appliances). The lightweight design does not sacrifice load-bearing capacity and is suitable for materials of multiple weight levels.
3、 Scene adaptation function: diversion, caching, connection, adapted to multi industry assembly lines
The straight chute is not just a single conveyor, but can also connect upstream and downstream equipment to achieve extended functions such as diversion and buffering, improving overall process efficiency
Diversion/merging function: Multiple sets of straight chutes can be used in parallel to achieve "one in, multiple out" diversion (such as dividing a main conveyor line into multiple straight chutes to different workstations), or "multiple in, one out" merging (materials from multiple workstations are collected into one main line through straight chutes), suitable for sorting and assembly flow lines.
Transition function: Used for the connection of high and low drop equipment, such as high-level storage shelves and low-level sorting platforms, high-level material discharge ports and low-level workbenches in workshops. It achieves a non powered transition through straight chutes without the need for additional power conveying equipment, filling the conveying gap of high and low drops.
Temporary caching function: Some straight chutes can be designed as "elongated", allowing materials to temporarily stay in the chute for caching when sliding down, relieving downstream equipment pressure (such as when downstream workstations are temporarily busy, materials are queued in an orderly manner in the straight chute without piling up upstream), and adapting to the rhythm adjustment of the production line.
4、 Exclusive function for adapting to multiple materials: targeted to meet different material conveying needs
According to the characteristics of the material, the straight groove can be adapted to exclusive functions through detailed design, without selecting the type of material.
Suitable for fragile items: EPE pearl cotton, rubber and other cushioning pads are attached to the inner wall of the tank to provide cushioning and shock absorption during sliding, avoiding collision and damage of fragile items such as glass products, ceramics, precision instruments, etc., achieving an integrated "transportation+protection".
Suitable for granular/powdered materials: The tank body is designed with a sealed design, with raised edges on both sides and seamless connection at the bottom to prevent particles (such as feed and chemical raw materials) and powdered materials from scattering. At the same time, the smooth groove surface avoids material adhesion and residue.
Suitable for irregular/large materials: Customizable widened and thickened straight grooves can be used, and the groove width can be adapted to irregular parts (such as hardware accessories and plastic parts). The thickened groove body can carry large materials (such as small furniture and electrical accessories) without squeezing or deforming during transportation.
5、 Practical Additional Features: Low cost and easy to maintain, suitable for industrial use
The straight groove structure is simple, with additional functions focused on "worry free, durable, and low-cost", suitable for mass industrialization scenarios
Easy to clean and maintain: There are no complex parts, the inner wall of the tank is smooth without dead corners, and dust and residual materials can be directly wiped or rinsed without frequent disassembly and maintenance, resulting in low maintenance costs.
Weather resistant and corrosion-resistant, suitable for harsh environments: Stainless steel material straight groove is acid and alkali resistant, corrosion-resistant, and can be used in the chemical and food industries; Plastic material straight groove is moisture-proof and rust proof, suitable for humid environments (such as fresh food workshops), and has a long service life.
Flexible customization, adaptable to on-site layout: length, width, and tilt angle can be customized as needed, and can also be adjusted with elbows and adapters to adjust direction, not limited to "pure straight lines", suitable for complex layouts in workshops and warehouses, with strong flexibility and adaptability.
6、 Core applicable scenarios (corresponding functions are more intuitive)
Express logistics: sorting line straight chute, realizing package non powered diversion and transportation, correct and efficient
Mechanical processing: workshop parts straight groove, connecting machine tool cutting and workstation, no power transmission for hardware parts
Food industry: sorting fruits and vegetables, snacks with straight chutes, smooth and anti stick, in compliance with hygiene standards
Warehousing e-commerce: Straight chutes for shelving, allowing goods to be transported directly from high positions to sorting stations, saving effort and efficiency
Electronics industry: small component straight groove, anti detachment and anti jamming, protecting precision components from damage