Your production line's operation mode is the starting point for choosing between CHUO KAKOHKI's CD Type and SIEBTECHNIK TEMA's ESM. One is built exclusively for continuous dry processing; the other lets you select continuous, batch, or automated-batch operation depending on the job. Look at your throughput pattern, your material's processing method, and whether your application calls for documented specialized capabilities like mechano-chemical synthesis before comparing quotes.
| Specification | CHUO KAKOHKI (CD Type) | SIEBTECHNIK TEMA (ESM) |
|---|---|---|
| Operation mode | Continuous only | Continuous, batch, or automated batch (selectable) |
| Capacity | 100–5,500 kg/hr | Grinding vessel volume: 11–1,902 L depending on model |
| Motor output | 3.7–90 kW | 0.55–160 kW |
| Milling method | Dry | Not described as offering a wet configuration in published literature |
| Lining material | Iron, stainless steel, rubber, alumina, and others | Special steel, ceramic, or elastomer (rubberised) |
| Grinding media | Steel, stainless, alumina, and other ball media | Balls, rods, or Cylpebs in various materials |
| Inert gas / vacuum capability | Yes | Yes, including ATEX-rated configurations |
| Lab-scale option | Yes (HB-0 / MB-1 / MB-3 Type, 0.3–1.6 L) | Yes (Technical Centre testing and rental machines) |
CHUO KAKOHKI's CD Type is built specifically for continuous operation: material feeds through two vertically stacked grinding chambers in series, and the chambers detach from their support stand for quick replacement. This design suits a line that runs the same material continuously and needs minimal downtime between runs.
SIEBTECHNIK TEMA's ESM uses a different output system depending on configuration, giving you continuous, batch, or automated-batch operation from the same base design. This matters if your production mixes small test runs with larger production batches, since you aren't locked into one operation mode when ordering.
The CD Type CHUO KAKOHKI model in this comparison runs dry only. CHUO KAKOHKI's broader lineup, including its FV, FVR, and MB Type batch mills, does offer both dry and wet milling, so a wet-processing need doesn't necessarily rule out the company, just this specific continuous model.
SIEBTECHNIK TEMA's published brochure focuses entirely on dry, brittle-material applications and does not describe a wet milling configuration for the ESM. If your process requires wet milling, confirm directly with SIEBTECHNIK TEMA whether a wet configuration exists, since the absence of a published wet option doesn't necessarily mean one isn't available on request.
SIEBTECHNIK TEMA's brochure describes specific solid-state synthesis work, including reacting metals with sulfur to produce metal sulfides, and fiber-free destruction of asbestos waste through mechanical impact rather than thermal treatment. It also names tungsten carbide scrap, such as spent carbide drills and tips, as material the ESM can finely comminute.
CHUO KAKOHKI's published materials list includes a broad range of metals, ceramics, electronic materials, and waste streams such as granulated slag and incineration ash, but does not describe the same named mechano-chemical reaction examples that SIEBTECHNIK TEMA documents. If your application specifically involves solid-state synthesis or a documented reference material like asbestos or carbide scrap, SIEBTECHNIK TEMA's literature speaks to it directly.
CHUO KAKOHKI offers dedicated lab-scale models (HB-0, MB-1, and MB-3 Type) with grinding pots as small as 0.3 liters, letting you test a material before specifying production equipment.
SIEBTECHNIK TEMA runs grinding experiments through its Technical Centre using machines of varied design, and makes those same test machines available as rental units for extended on-site trials rather than a single lab test. Which approach fits better depends on whether you need a quick bench-scale check or an extended trial period on your own site.
A continuous dry production line processing a steady volume of one material fits CHUO KAKOHKI's CD Type well, particularly where quick lining replacement and minimal downtime matter most. A process that needs to switch between batch and continuous operation, or that involves mechano-chemical synthesis, asbestos destruction, or carbide scrap reclamation specifically, is better matched to SIEBTECHNIK TEMA's ESM based on its documented applications.
Neither company's published literature is a complete substitute for testing your own material. Request a trial through CHUO KAKOHKI's lab-scale equipment or SIEBTECHNIK TEMA's Technical Centre before finalizing a purchase.
| CHUO KAKOHKI | SIEBTECHNIK TEMA | |
|---|---|---|
| Headquarters | Toyoake, Aichi, Japan | Mülheim an der Ruhr, Germany |
| Official site | chuokakohki.com | siebtechnik-tema.com |
Even with the same material, the right vibratory mill depends on what you need to achieve: fine grinding hard materials at high purity, making the particle size distribution uniform from the grinding stage, or recycling hard-to-process waste. Below are three manufacturers, each matched to a different grinding goal.
Its proprietary low-frequency, high-amplitude design generates high-G impact force, reducing difficult-to-grind materials such as SiC to submicron sizes in a short time. Material-contact parts can be made metal-free, supporting mass production of high-purity electronic materials.
When bearing replacement is required, the vibrator unit can be swapped with a spare, allowing operation to resume quickly with minimal downtime.
SWECO's proprietary Vibro-Energy motion densely packs cylindrical media to maximize contact between media surfaces. This makes it easier to precisely control particle size and distribution, so particle size can be made uniform at the grinding stage.
Few moving parts help keep maintenance costs low, and abrasion-resistant linings can be replaced. SWECO also supplies grinding mill parts and accessories, including media and linings, to support ongoing maintenance.
Its eccentric design positions the exciter away from the center of gravity, generating strong impact forces and frictional heat. It can recycle scrap such as cemented-carbide drills and process asbestos into fiber-free raw material.
For easier maintenance, the main drive components are located outside the grinding cylinder, reducing the work required for inspections and parts replacement.